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7/17/2019 Ac i 2002 Catalog


✶ The largest, single source of concrete information in one set of books

✶ More than 170 documents✶ Six parts, plus a separate index

✶ Documents easier to locate because they’re arranged in numerical order

✶ Members pay only $445 (Nonmembers $668) for the full set

ACI MANUAL OF CONCRETE PRACTICE (MCP)

Whether you’re searching for information about code

requirements, deflection, cracking, durability problems,

temperature control, nondestructive testing, or hundreds

of other topic areas, the MCP can help you find what

you need. Available March 2002.

NOW IN SIX PARTS See pages 50-51 for detailed contents of each part.

MCP 2002Available in hard

copy or on a

searchable CD-ROM

ACI 318-02WHY YOU NEED ACI 318/318R-02, BUILDING CODE REQUIREMENTS

FOR STRUCTURAL CONCRETE AND COMMENTARY :

✶✶✶✶✶ Widely adopted by reference in general building codes

✶✶✶✶✶ Based on experiment and experience

✶✶✶✶✶ Backed by a commentary giving details and references to much of the

experimental data

SOME OF THE EXTENSIVE REVISIONS FROM ACI 318-99 INCLUDE:✶✶✶✶✶ A change in strength overdesign values and acceptance criteria for concrete;

✶✶✶✶✶ Inclusion of ASCE 7-98 load factors and modified f factors in Chapter 9;

✶✶✶✶✶ Inclusion of a simpler skin-reinforcement calculation method for members

subjected to flexure and axial loads;

✶✶✶✶✶ Removal of barriers to the use of higher-strength concrete;

✶✶✶✶✶ Clarified torsion provisions;

✶✶✶✶✶ Modified provisions for shear reinforcement and shearheads in slabs;

✶✶✶✶✶ Explicit provisions for partially prestressed concrete flexural members;

✶✶✶✶✶ Updated Chapter 21, Special Provisions for Seismic Design, including

new requirements for the use of precast, and additional requirements for

hoops in intermediate frames, reinforcing placement at slab edge and

corner connections; and shear strength of two-way slab systems used asintermediate moment frames;

✶✶✶✶✶ A new Appendix A giving requirements for applying strut-and-tie modeling;

✶✶✶✶✶ A new Appendix D on anchoring to concrete.

Just one of the results of these comprehensive revisions is a more

reliable indication of flexural-member behavior under a wide variety

of geometries and loading conditions.

The most comprehensiverevisions of ACI 318

since the introduction of strength design in 1956.

ACI 318-02 is

an essential

addition to

your technical

library.

Order Code: 031802.CT02 Cost: $141.50 ACI Members: $85.00

7/17/2019 Ac i 2002 Catalog


Founded in 1904, the American

Concrete Institute (ACI International) is a technical and

education society dedicated to improving the design,

construction, maintenance and repair of concrete and

masonry structures.

Our annual catalog is a compilation of all the products we

have to offer. It includes a concise description of the more

than 400 Technical Committee documents, Special

Publications and Compilations. It also lists Education and

Certification Publications, Seminar and Certification

programs and information on how to join ACI.

This catalog is arranged according to technical areas of interest. It can be searched

either by the Topical Index in the front of the catalog or by the Numerical Index in the

back. Below is a summary of what you will find in this catalog:

ACI International is committed to providing knowledge and information on the best use

of concrete. If you have any suggestions, comments or questions about the content of

this catalog, please contact Dale Thomas at [email protected] or 248-848-3716.

CATALOG COVER: THREE PHOTOS OF DIVERGENT USES OF CONCRETE. THE TOP PHOTO IS OF THE CAST-IN-PLACE UNITED FORMING HEADQUARTERS IN AUSTELL, GEORGIA; PHOTO COURTESY OF UNITED

FORMING. THE MIDDLE PHOTO IS OF ONE OF THE 144 BRIDGES BUILT IN THE 17-MILE RECONSTRUCTION OF THE EARTHQUAKE-PRONE I-15 CORRIDOR IN SALT LAKE CITY, UTAH; PHOTO COURTESY OF URS

GREINER WOODWARD CLYDE. THE BOTTOM PHOTO IS OF THE 127-FOOT-HIGH CAMINO DAM IN SACRAMENTO, CALIFORNIA; PHOTO COURTESY OF THE PORTLAND CEMENT ASSOCIATION.

PHONE: 248-848-3800FAX: 248-848-3801 WEB: www.aci-int.org/bookstore

MAIL: American Concrete Institute38800 Country Club DriveFarmington Hills, MI 48331

Topical Index Page 2

Certification Programs Page 14

Building Code Requirements Page 18

Educational Seminars 1Manual of Concrete Practice-2002 Page 49

Industry Publications Page 82

Publication Numerical Index Page 91

Membership Information/Application Page 97

Order Form Page 99

HOW TO ORDER:

ACI WORLD HEADQUARTERS

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ADMIXTURESSee also FLY ASH, SLAG, POZZOLANS, and SILICA FUME

Chemical Admixtures for Concrete ...............................................9Guide for the Use of High-Range Water-Reducing Admixtures

(Superplasticizers) in Concrete .................................................9

Sixth CANMET/ACI International Conference on Superplasticizersand Other Chemical Admixtures in Concrete ...........................9

Fifth CANMET/ACI International Conference on Superplasticizersand Other Chemical Admixtures in Concrete ...........................9

Fourth CANMET/ACI International Conference onSuperplasticizers and Chemical Admixtures in Concrete........... 9

Superplasticizers and Other Chemical Admixtures in Concrete .... 10Chemical Admixtures ................................................................. 10Chemical and Air-Entraining Admixtures for Concrete ............. ... 10ACI Seminar — Practical Concrete Materials .............. .............. ... 10

AESTHETICSThe Mercer Mile Buildings ..........................................................10

AGGREGATESSee also LIGHTWEIGHT CONCRETE, MATERIALS, and

MIXTURE PROPORTIONING

Guide for Use of Normal Weight andHeavyweight Aggregates in Concrete ....................................10

Aggregates for Concrete ............................................................10ACI Seminar — Practical Concrete Materials .............. .............. ... 10ACI Certification Programs .........................................................10

ALKALI-AGGREGATE REACTIONSee also DURABILITY

State-of-the-Art Report on Alkali-Aggregate Reactivity ............. .. 11

ANCHORSState-of-the-Art Report on Anchorage to Concrete ....................11Evaluating the Performance of Post-Installed

Mechanical Anchors in Concrete and Commentary ...............11Embedment Design Examples ..................................................... 11Guide to the Design of Anchor Bolts and

Other Steel Embedments .......................................................11

ARCHITECTURAL CONCRETEGuide to Cast-in-Place Architectural Concrete Practice ...............11Standard Specification for Cast-in-Place Architectural Concrete ..11Architectural Precast Concrete ....................................................12

BONDSee also REINFORCEMENT

State-of-the-Art Report: Bond Under Cyclic Loads ...................... 12

Splice and Development Length of High Relative Rib AreaReinforcing Bars in Tension and Commentary .............. .......... 12

Bond and Development of Reinforcement —

A Tribute to Peter Gergely .....................................................12

BRIDGESSee also GUIDEWAYS and REPAIR

Analysis and Design of Reinforced Concrete Bridge Structures.... 12Seismic Analysis and Design of Concrete Bridge Systems ............12

Guide for Concrete Highway Bridge Deck Construction..............12Routine Maintenance of Concrete Bridges ................................. 12Seismic Response of Concrete Bridges ........................................13Guide for Widening Highway Bridges .............. .............. ............. 13Concrete Bridges in Aggressive Environments .............. .............. . 13

2002 TOPICAL INDEX

Technical Committee DocumentsCodes, specifications, test methods, and reports are all consensus,current knowledge documents prepared by ACI committees andreviewed by ACI’s Technical Activities Committee. ACI Standards arealso open for review by the general public.

Education PublicationsThese practice-oriented tools are intended to raise the competence levelof concrete producers, contractors, technicians, engineers, and others.

Certification PublicationsThese publications provide resources for program participants preparing foACI Certification exams. Each package contains the source document(s)from which the exams are derived, along with study questions, checklists,and information about the ACI Certification program.

Special PublicationsACI Special Publications are usually compilations of peer-reviewedpapers from a seminar, session, or forum at an ACI convention or otherconference.

CompilationsCompilations are collections of articles on a particular topic from ACI’smagazine, Concrete International .

What ACI books do you need?

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CELLULAR CONCRETE

See also CONTROLLED LOW-STRENGTH MATERIALS

Guide for Cast-in-Place Low-Density Concrete ............. .............. . 13Guide for Precast Cellular Concrete Floor, Roof, and Wall Units .. 13

Guide for Cellular Concretes Above 50 pcf and for AggregateConcretes Above 50 pcf with Compressive StrengthsLess Than 2500 psi ................................................................13

CEMENT

See also MIXTURE PROPORTIONING and POZZOLANS

Guide to the Selection and Use of Hydraulic Cements ................13

Hydraulic Cement for Concrete ..................................................13Cementitious Materials for Concrete ..........................................13

Lea’s Chemistry of Cement and Concrete ...................................14ACI Seminar — Practical Concrete Materials .............. .............. ... 14ACI Seminar – Supplementary Cementitious Materials ...............14

CERTIFICATION

Aggregate Testing Technician .............. .............. .............. ........... 14Technician Workbook for ACI Certification of Aggregate

Field Testing Technician .............. .............. .............. .............. .. 14Technician Workbook for ACI Certification of Aggregate

Laboratory Testing Technician .............. .............. ............. ....... 14Certification Videocassettes ........................................................15Concrete Field Testing Technician — Grade I...............................16

Technician Workbook for ACI Certification of ConcreteField Testing Technician — Grade I .............. .............. ............. 16Technician Study Package...........................................................16Concrete Flatwork Technician/Finisher ........................................16Craftsman Workbook for ACI Certification of Concrete

Flatwork Technician/Finisher ..................................................16Spanish Language Version of Craftsman Workbook for ACI

Certification of Concrete Flatwork Finisher/Technician ........... 16Craftsman Study Package...........................................................16Concrete Laboratory Testing Technician — Grade I & II ............. .. 16Technician Workbook for ACI Certification of Concrete

Laboratory Testing Technician — Grade I & II .............. ........... 16Laboratory Technician Study Package .........................................17Concrete Strength Testing Technician .............. .............. ............. 17Technician Workbook for ACI Certification of Concrete

Strength Testing Technician ...................................................17Shotcrete Nozzleman .................................................................17Workbook for ACI Certification of Shotcrete Nozzlemen ............ 17

Tilt-Up Supervisor .......................................................................17Workbook for ACI Certification of Tilt-Up Technicians

and Supervisors .....................................................................17Concrete Transportation Construction Inspector and

Inspector In-Training ..............................................................17

Transportation Inspector Reference Package ............ ............. ...... 17

CHIMNEYS

Design and Construction of Reinforced Concrete Chimneysand Commentary ..................................................................18

CODES

Building Code Requirements for Structural Concrete(ACI 318-99) and Commentary (318R-99) .............................18

Metric Building Code Requirements for StructuralConcrete and Commentary (318M-99) ..................................18

PCA Notes on 318-99 ................................................................18

318-99 and PCA Notes on CD-ROM...........................................18Building Code Requirements for Structural Concrete

(ACI 318-02) and Commentary (318R-02) .............................18Student Special 318-02 .............................................................. 18Student Special SP-17 ................................................................ 19Code Requirements for Nuclear Safety Related

Concrete Structures and Commentary ...................................19ACI Design Handbook [SP-17(97)] ..............................................19

Code Requirements for Environmental EngineeringConcrete Structures and Commentary ...................................19

Building Code Requirements for Masonry Structuresand Specification ...................................................................19

Code for Concrete Reactor Vessels and Containments..... ........... 19ASTM Standards in ACI 301 and 318 .........................................20ACI Seminar — 318 Building Code............. ............... .............. ... 20

COLD WEATHER

Cold Weather Concreting ............... .............. ............... .............. . 20Standard Specification for Cold Weather Concreting ............ ...... 20

Practitioner’s Guide to Cold Weather Concreting ............. ........... 20

COLUMNS

High-Strength Concrete Columns: State of the Art ............. ........ 20

CONSOLIDATION

Guide for Consolidation of Concrete ............. .............. .............. . 20Behavior of Fresh Concrete During Vibration ..............................20Identification and Control of Visible Effects of Consolidation

on Formed Concrete Surfaces ................................................21Guide to Consolidation of Concrete in Congested Areas ............ 21

Special Consolidation Package Offer! .........................................21Compaction of Roller-Compacted Concrete ...............................21Consolidation of Concrete .........................................................21

CONSTRUCTION PRACTICES

See also CURING, CONSOLIDATION, PLACING, FORMWORK,

HOT WEATHER, COLD WEATHER, and INSPECTION

The Contractor’s Guide to Quality Concrete Construction..... ...... 21Concrete Fundamentals..............................................................21Slabs on Grade...........................................................................21Cast-In-Place Walls .....................................................................22Supported Beams and Slabs .......................................................22Shotcrete for the Craftsman .......................................................22

Special Concrete Craftsman Series Package ................................22Practitioner’s Guide to Hot Weather Concreting .............. ........... 22Practitioner’s Guide to Cold Weather Concreting..... .............. ..... 22Practitioner’s Guide to Tilt-Up Concrete Construction .............. ... 22Practitioner’s Guide to Slabs on Ground .....................................22Special Construction Package Offer! ..........................................23Toolbox Meeting Flyers, Concrete Basics ............. .............. .......... 23Toolbox Meeting Flyers, Concrete Formwork ..............................23High-Strength Concrete .............................................................23Troubleshooting Concrete Problems .............. .............. .............. .23Avoiding Failures in Concrete Construction ................................23Concrete Site Paving ..................................................................23Batching, Mixing and Transportation of Ready-Mixed Concrete ..23Concrete Construction Engineering Handbook .............. ............. 23Concrete Construction Handbook ..............................................23ACI Seminar — Concrete Parking Lots and Site Paving ...............24

ACI Seminar — Reinforced Concrete Design ..............................24ACI Seminar — Troubleshooting Concrete Construction ............. 24ACI Certification Programs .........................................................24

CONTROLLED LOW-STRENGTH MATERIALS

See also CELLULAR CONCRETE

Controlled Low-Strength Materials (CLSM) ............. .............. ...... 24Controlled Low-Strength Materials .............................................24

CORROSION

See also DURABILITY

Corrosion of Prestressing Steels ..................................................24Corrosion of Steel in Concrete....................................................25

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CRACKINGSee also REPAIR and SEALANTS

Design and Construction Practices to Mitigate Cracking ............ .25Special Cracking Combination Offer! .........................................25

Control of Cracking in Concrete Structures ................................25Cracking of Concrete Members in Direct Tension .......................25Causes, Evaluation, and Repair of Cracks in Concrete Structures ..25The Visible and Invisible Cracking of Concrete ............. .............. . 25

CREEP AND SHRINKAGE

See also DEFLECTIONS

Prediction of Creep, Shrinkage, and Temperature Effectsin Concrete Structures ...........................................................26

The Adam Neville Symposium: Creep and Shrinkage —Structural Design Effects ........................................................26

Creep and Shrinkage of Concrete: Effect of Materialsand Environment ...................................................................26

Computer Analysis of the Effects of Creep, Shrinkage, andTemperature Changes on Concrete Structures .............. ......... 26

CURING

Guide to Curing Concrete ..........................................................26

Standard Specification for Curing Concrete ............. ............. ...... 26

Accelerated Curing of Concrete at Atmospheric Pressure ........... 27

DEFINITIONSSee also NOTATION

Cement and Concrete Terminology ............................................27

DEFLECTIONS

See also CREEP AND SHRINKAGE

Control of Deflection in Concrete Structures ..............................27State-of-the-Art Report on Temperature-Induced Deflections

of Reinforced Concrete Members ..........................................27Observed Deflections of Reinforced Concrete Slab

Systems, and Causes of Large Deflections ..............................27Code Provisions for Deflection Control in Concrete Structures .... 27Recent Developments in Deflection Evaluation of Concrete ........28Deflections of Concrete Structures ............................................. 28

DESIGNReinforced Concrete – A Fundamental Approach .......................28Simplified Design of Concrete Buildings of Moderate

Size and Height .....................................................................28Steel, Concrete, & Composite Design of Tall Buildings ............ .... 28Design and Construction Failures Lessons

From Forensic Investigators ....................................................28Seismic Design of Reinforced Concrete and Masonry Buildings ... 28Structural Renovation of Buildings .............. .............. .............. .... 28ACI Seminar – Reinforced Concrete Design ................................28

DETAILING

ACI Detailing Manual — Formerly referred to as 315..................29

DURABILITY

See also ALKALI-AGGREGATE REACTION and CORROSION

Water-Cement Ratio and Other Durability Parameters —Techniques for Determination .............. .............. .............. ...... 29

Guide for Making a Condition Survey of Concrete in Service ...... 29Guide to Durable Concrete ........................................................29Service-Life Prediction —State-of-the-Art Report ........................29Ettringite — The Sometimes Host of Destruction ........................30Fourth CANMET/ACI International Conference on

Durability of Concrete ...........................................................30Durability of Concrete – Third International Conference ............ .30Designing Concrete Structures for Serviceability and Safety ........ 30Durability of Concrete ................................................................ 30Long-Term Serviceability of Concrete Structures .........................30

Bridge Durability and Performance .............................................30Concrete Durability: Corrosion Protection ............. .............. ........ 30Durable Concrete .......................................................................34Designing, Specifying, and Construction for Durable Concrete ... 34

EPOXIES

See also POLYMER CONCRETE and REPAIR

Use of Epoxy Compounds with Concrete....................................34Four Epoxy Specifications ...........................................................34Guide for the Selection of Polymer Adhesives with Concrete ...... 34Guide for the Application of Epoxy and Latex Adhesives for

Bonding Freshly Mixed and Hardened Concretes ...................34Epoxy Injection in Construction ..................................................34

EVALUATION

See also TESTING and NONDESTRUCTIVE EVALUATION

Strength Evaluation of Existing Concrete Buildings ............... ...... 34New Experimental Techniques for Evaluating Concrete

Material and Structural Performance .....................................35Strength Evaluation of Existing Concrete Bridges ............. ........... 35

FATIGUE

See also IMPACT

Considerations for Design of Concrete StructuresSubjected to Fatigue Loading ................................................35

FERROCEMENTState-of-the-Art Report on Ferrocement .....................................35Guide for the Design, Construction and Repair of Ferrocement ..35Thin Reinforced Concrete Products and Systems............ ............. 35Thin-Section Fiber Reinforced Concrete and Ferrocement ........... 35Ferrocement and Laminated Cementitious Composites ..............35

FIBER REINFORCED CONCRETE

State-of-the-Art Report on Fiber Reinforced Concrete ................36Measurement of Properties of Fiber Reinforced Concrete ........... 36Guide for Specifying, Proportioning, Mixing, Placing,

and Finishing Steel Fiber Reinforced Concrete .............. .......... 36Design Considerations for Steel Fiber Reinforced Concrete ......... 36Structural Applications of Fiber Reinforced Concrete ..................36

Fiber Reinforced Concrete Developments and Innovations.......... 36ACI Seminar — Fiber Reinforced Concrete ................................. 36High-Performance Fiber-Reinforced Concrete

Thin Sheet Products ............................................................... 36

Testing of Fiber Reinforced Concrete ..........................................36Synthetic and Other Non Metallic Fiber

Reinforcement of Concrete ....................................................36Steel Fiber Reinforced Concrete ..................................................36

FIBER REINFORCED POLYMERS

State-of-the-Art Report on Fiber Reinforced Plastic (FRP)Reinforcement for Concrete Structures ..................................37

Guide for the Design and Construction of ConcreteReinforced with FRP Bars .......................................................37

Fiber-Reinforced Plastic Reinforcement for Concrete Structures ..37

Fourth International Symposium on Fiber Reinforced PolymerReinforcement for Reinforced Concrete Structures ............. .... 37

FIRE RESISTANCE

Guide for Determining the Fire Enduranceof Concrete Elements ............................................................37

Standard Method for Determining the Fire Resistance of Concreteand Masonry Construction Assemblies ..................................37

FLY ASH

See also POZZOLANS

Use of Fly Ash in Concrete ..........................................................38ACI Seminar — Practical Concrete Materials ............ .............. ..... 38ACI Seminar – Supplementary Cementitious Materials ...............38

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FORMWORK

Guide to Formwork for Concrete .............. .............. .............. ...... 38Formwork for Concrete ..............................................................38Student Special SP-4 ..................................................................38Forming Economical Concrete Buildings —

Proceedings of the Third International Conference ................39Formwork ..................................................................................39Toolbox Meeting Flyers, Concrete Formwork ..............................39

FOUNDATIONS

Specification for the Construction of Drilled Piers ............. .......... 39

Suggested Analysis and Design Procedures forCombined Footings and Mats................................................39

Design and Construction of Drilled Piers ............. .............. .......... 39Grouting Between Foundations and Bases for Support

of Equipment and Machinery ................................................39

Foundations for Static Equipment ............. .............. ............... ..... 39Design, Manufacture, and Installation of Concrete Piles .............39Design and Performance of Mat Foundations —

State-of-the-Art Review .........................................................40Concrete Foundations ................................................................ 40Cementitious Grouts and Grouting ............................................40

FRACTURE MECHANICS

Fracture Mechanics of Concrete: Concepts, Models, and

Determination of Material Properties .....................................40Finite Element Analysis of Fracture in Concrete Structures:

State of the Art .....................................................................40Interface Fracture and Bond .......................................................40Concrete Design Based on Fracture Mechanics ...........................40Fracture Mechanics for Concrete Materials:

Testing and Applications ............. .............. .............. ............. ..40Fracture Mechanics: Applications to Concrete ............................41

GUIDEWAYS

Analysis and Design of Reinforced and PrestressedConcrete Guideway Structures ..............................................41

HIGH-PERFORMANCE CONCRETE

State-of-the-Art Report on High-Strength Concrete ............... ..... 41

Guide to Quality Control and Testing of High-Strength Concrete .... 41High-Performance Concrete: Performance and Quality of

Concrete Structures ...............................................................41High-Strength Concrete in Seismic Regions ................................41High-Performance Concrete .......................................................41High-Strength Concrete: An International Perspective ................41International Workshop on High-Performance Concrete............. 41High-Performance Concrete: Proceedings, ACI International

Conference, Singapore ..........................................................42High-Performance Concrete in Severe Environments ..................42Paul Klieger Symposium on Performance of Concrete.................42Utilization of High-Strength Concrete —

Second International Symposium ...........................................42High-Performance Concrete .......................................................42

High-Strength Concrete .............................................................42High-Strength Concrete — Seminar ...........................................42Fundamentals of High-Performance Concrete ............................42

High-Performance Concrete — Research & Practice ............. ....... 42

HOT WEATHER

Hot Weather Concreting ............................................................42Durable Concrete in Hot Climates ..............................................43Practitioner’s Guide to Hot Weather Concreting .............. ........... 43

HYBRID

Hybrid and Composite Structures ...............................................43Composite and Hybrid Systems ..................................................43

HYDRAULIC STRUCTURESSee also MASS CONCRETE

Erosion of Concrete in Hydraulic Structures ................................43Compendium of Case Histories on Repair of Erosion-Damaged

Concrete in Hydraulic Structures ............................................ 43

IMPACT

See also FATIGUE

Concrete and Blast Effects ..........................................................43

INSPECTION

Guide for Concrete Inspection....................................................44Guide for Concrete Plant Inspection and Field Testing

of Ready-Mixed Concrete ...................................................... 44ACI Manual of Concrete Inspection ............................................44ACI Certification Programs .........................................................44

JOINTS, MONOLITHIC

Recommendations for Design of Beam-Column Joints inMonolithic Reinforced Concrete Structures ............................44

Recommendations for Design of Slab-Column Connections inMonolithic Reinforced Concrete Structures ............................44

JOINTS, MOVEMENT

See also SEALANTS

Joints in Concrete Construction..................................................45

The Fourth World Congress on Joint Sealants and BearingSystems in Concrete Structures — Volume 1............. ............. 45

The Fourth World Congress on Joint Sealants and BearingSystems in Concrete Structures — Volume 2............. ............. 45

Building Movements and Joints ..................................................45

LIGHTWEIGHT CONCRETESee also AGGREGATES and CELLULAR CONCRETE

Guide for Structural Lightweight Aggregate Concrete .............. . 45Structural Lightweight Aggregate Concrete Performance ........... 45

MARINE CONCRETE

See also HIGH-PERFORMANCE CONCRETE

Guide for the Design and Construction of Fixed OffshoreConcrete Structures ...............................................................45

State-of-the-Art Report on Offshore Concrete Structuresfor the Arctic ......................................................................... 45

State-of-the-Art Report on Barge-Like Concrete Structures ......... 45Third CANMET/ACI International Conference on Performance

of Concrete in Marine Environment .......................................46

MASONRY

See also PLASTERING

Building Code Requirements for Masonry Structures and Specificationsfor Masonry Structures and Related Commentaries (530-99) .... 46

Building Code Requirements and Commentary for MasonryStructures and Specification for Masonry Structuresand Related Commentaries (530-02) .....................................46

Masonry Designers’ Guide, 3rd Edition .............. ............... .......... 46Masonry Efflorescence ................................................................ 46

Concrete Masonry Design Tables ................................................55Mortar, How to Specify and Use Masonry Mortar .......................55ACI Seminar — 530-99 Structural Masonry Code ............ ........... 55ACI Seminar — How to Design Masonry Structures ............ ........ 55

MASS CONCRETE

See also HYDRAULIC STRUCTURES

Mass Concrete ...........................................................................55Effect of Restraint, Volume Change, and Reinforcement

on Cracking of Mass Concrete...............................................55Practices for Evaluation of Concrete in Existing

Massive Structures for Service Conditions ..............................55Cooling and Insulating Systems for Mass Concrete ............. ........ 55

Roller Compacted Mass Concrete ...............................................55

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MATERIALS

See also AGGREGATES, CEMENT, and ADMIXTURES

Guide to a Recommended Format for the Identification ofConcrete in a Materials Property Database ............................56

Guide to a Recommended Format for Concrete in aMaterials Property Database ..................................................56

Concrete Primer (Fourth Edition) ................................................56Properties of Concrete at Early Ages ............ .............. .............. ... 56Materials Science of Concrete Series ..........................................56

Strength and Related Properties of Concrete ..............................56Properties of Concrete ................................................................ 56ACI Seminar — Practical Concrete Materials .............. .............. ... 56


See also MATERIALS and MASS CONCRETE

Standard Practice for Selecting Proportions for Normal,Heavyweight and Mass Concrete ...........................................56

Proportioning and Handling Concrete (CD-ROM) .......................57Standard Practice for Selecting Proportions for Structural

Lightweight Concrete ............................................................57Guide for Selecting Proportions for No-Slump Concrete .............57Special Proportioning Package Offer! .........................................57Guide for Selecting Proportions for High-Strength Concrete

with Portland Cement and Fly Ash .........................................57Guide for Submittal of Concrete Proportions ............ ............... ... 57

Concrete Mixtures ......................................................................58Proportioning Concrete Mixtures .............. .............. .............. ...... 58Engineered Concrete — Mix Design and Test Methods ............. .. 58Design and Control of Concrete Mixtures ............ ............... ........ 58ACI Seminar — Practical Concrete Materials .............. .............. ... 58

NONDESTRUCTIVE EVALUATION

See also TESTING and EVALUATION

In-Place Methods to Estimate Concrete Strength ........................58Nondestructive Test Methods for Evaluation of

Concrete in Structures ...........................................................58Innovations in Nondestructive Testing of Concrete .....................58Nondestructive Testing of Concrete ............. .............. .............. ... 58

NOTATION

See also DEFINITIONS

Preparation of Notation for Concrete .........................................58

NUCLEAR

See also CODES

Code Requirements for Nuclear Safety RelatedConcrete Structures ...............................................................59

Reinforced Concrete Design for Thermal Effects onNuclear Power Plant Structures ..............................................59

Evaluation of Existing Nuclear Safety-RelatedConcrete Structures ...............................................................59

Code for Concrete Reactor Vessels and Containments..... ........... 59Concrete and Grout in Nuclear and Hazardous

Waste Disposal ......................................................................59

PARKING LOTSSee also SLABS and PAVEMENTS

Guide for Design and Construction of Concrete Parking Lots .....59Standard Specification for Plain Concrete Parking Lots ...............59Concrete Site Paving ..................................................................59ACI Seminar — Concrete Parking Lots and Site Paving ...............59

PARKING STRUCTURES

See also DURABILITY

Guide for the Design of Durable Parking Structures .............. ...... 60Guide for Structural Maintenance of Parking Structures .............60How to Design, Build, and Maintain

Concrete Parking Structures ..................................................60

PAVEMENTS

See also SLABS

Guide for Design of Foundations and Shoulders forConcrete Pavements ..............................................................60

Design of Continuously Reinforced Pavement for Airports .......... 60

Texturing Concrete Pavements....................................................60Recommendations for Designing Prestressed

Concrete Pavements ..............................................................60Guide for Construction of Concrete Pavements

and Concrete Bases ............................................................... 60Report on Roller-Compacted Concrete Pavements .............. ........ 60Accelerated Techniques for Concrete Paving .............. ............... .. 61Recent Developments in the Design and

Specification of Concrete Pavement Systems .........................61

Concrete Pavements ...................................................................61Roller-Compacted Concrete Pavement .......................................61Concrete Site Paving — Seminar ................................................61ACI Seminar — Concrete Parking Lots and Site Paving ...............61

PERIODICALS

Concrete International ............................................................... 61

ACI Structural Journal ................................................................ 62ACI Materials Journal .................................................................62

PIPES

Specification for Cast-In-Place Concrete Pipe ............. .............. ... 62

PLACING

See also CONSOLIDATION and CURING

Guide for Measuring, Mixing, Transporting,and Placing Concrete.............................................................62

Guide for the Use of Preplaced Aggregate Concretefor Structural and Mass Concrete Applications ...................... 62

Placing Concrete by Pumping Methods ......................................62Special HANDLING CONCRETE Package! ....................................62Heavyweight Concrete: Measuring, Mixing, Transporting,

and Placing ............................................................................63Placing Concrete with Belt Conveyors ........................................63Batching, Mixing, and Job Control of Lightweight Concrete ....... 63Guide for the Use of Volumetric-Measuring and

Continuous-Mixing Concrete Equipment ...............................63Pumping Concrete — Techniques and Applications ............. ....... 63

Batching, Mixing and Transportation ofReady-Mixed Concrete ..........................................................63

PLASTERING

See also MASONRY

Guide to Portland Cement Plastering .........................................63

POLYMER CONCRETE

See also EPOXIES

Guide for the Use of Polymers in Concrete ................................. 63Guide for Mixing and Placing Sulfur Concrete in Construction ...63State-of-the-Art Report on Polymer-Modified Concrete ............. .64Standard Specification for Latex-Modified

Concrete (LMC) Overlays .......................................................64Guide for Polymer Concrete Overlays .........................................64Polymer Concrete — Structural Applications:

State-of-the-Art Report .........................................................64Polymer Package ........................................................................64In-Place Performance of Polymer Concrete Overlays ...................64Properties and Uses of Polymers in Concrete ..............................64Polymer Concrete .......................................................................64Polymers in Concrete: Advances and Applications ...................... 64

Polymer Modified Concrete ........................................................65Polymer Concrete: Uses, Materials and Properties.......................65Polymer Conference ...................................................................65

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POZZOLANSSee also FLY ASH, SLAG, SILICA FUME,

CEMENT, and ADMIXTURES

Use of Raw or Processed Natural Pozzolans in Concrete .............65Fly Ash, Slag, Silica Fume and Other Natural Pozzolans —

Proceedings, Seventh International Conference .....................66Fly Ash, Slag, Silica Fume and Other Natural Pozzolans —

Proceedings, Sixth International Conference ..........................65Fly Ash, Slag, Silica Fume and Other Natural Pozzolans —

Proceedings, Fifth International Conference ..........................65

Fly Ash, Silica Fume, Slag and Natural Pozzolans in Concrete —

Proceedings, Fourth International Conference .......................65Fly Ash, Silica Fume, Slag and Natural Pozzolans in Concrete —

Proceedings, Third International Conference .........................65Mineral Admixtures ....................................................................66ACI Seminar — Practical Concrete Materials .............. .............. ... 66ACI Seminar – Supplementary Cementitious Materials ...............66

PRECAST CONCRETESee also PARKING STRUCTURES, BRIDGES, and GUIDEWAYS

Guide for Precast Concrete Wall Panels ......................................66Design Recommendations for Precast

Concrete Structures ...............................................................66Precast and Prestressed Concrete ...............................................66Emulating Cast-In-Place Detailing in Precast

Concrete Structures ...............................................................66

PRESTRESSED CONCRETESee also BRIDGES, GUIDEWAYS, PARKING STRUCTURES,

and SLABS

Recommendations for Concrete Members Prestressed withUnbonded Tendons ............................................................... 67

Corrosion and Repair of Unbonded Single Strand Tendons ......... 67State-of-the-Art Report on Partially Prestressed Concrete ........... 67Specification for Unbonded Single-Strand Tendons ....................67Construction of Prestressed Concrete Structures ............ ............. 67Prestressed Concrete: A Fundamental Approach ............ ............. 67Prestressed Concrete Structures ..................................................67

QUALITY ASSURANCESee also INSPECTION

Quality Management System for Concrete Construction ............ 67

Quality in Concrete Construction ...............................................68Quality Assurance in Concrete Construction ...............................68Concrete Mix Design Quality Control..........................................68

RECYCLING

Removal and Reuse of Hardened Concrete .................................68

REFRACTORY CONCRETE

Refractory Concrete:State-of-the-Art Report ......................................................... 68

State-of-the-Art Report: Refractory Plasticsand Ramming Mixes ............................................................. 68

REINFORCEMENTSee also DETAILING, BOND, and FIBER

REINFORCED POLYMERS

Mechanical Connections of Reinforcing Bars ..............................68Suggested Development, Splice, and Standard Hook Provisions for

Deformed Bars in Tension ......................................................68Development of Seismic Steel Reinforcement

Products and Systems ............................................................69

Reinforcement for Concrete —Materials and Applications .................................................... 69

ACI Seminar — 318 Building Code.............................................69ACI Seminar — Reinforced Concrete Design ..............................69

REPAIRSee also EPOXIES and CRACKING

Guide for Evaluation of Concrete Structures Prior to Rehabilitation ... 69Concrete Repair Guide ............................................................... 69

Guide for Repair of Concrete Bridge Superstructures ............ ...... 69Guide to Underwater Repair of Concrete ...................................69Concrete Repair Manual.............................................................69Repair and Strengthening of Concrete Members with

Adhesive Bonded Plates.........................................................70Repair, Rehabilitation, and Maintenance of Concrete

Structures, and Innovation of Design in Construction —Proceedings, Fourth International Conference .......................70

Bridge Repair and Rehabilitation ................................................70Repair and Rehabilitation II ............. .............. .............. ............... . 70Repair and Rehabilitation of Concrete Structures ............. ........... 70Repairing Concrete Bridges ........................................................70Repair and Rehabilitation: A Compilation from the

Indian Concrete Journal.........................................................70

Concrete Repair and Maintenance, Illustrated ............................70Concrete Repair — Volume I ...................................................... 70Concrete Repair—Volume II .......................................................70High Performance Fiber-Reinforced Concrete in

Infrastructural Repair and Retrofit ..........................................70Concrete Repair—Volume III ............. .............. .............. .............. 71ACI Seminar — Concrete Repair Basics....................................... 71

ACI Seminar — Repair of Concrete Workshop............... ............. 71

RESIDENTIALSee also SLABS

Guide to Residential Cast-in-Place Concrete Construction .......... 71Residential Concrete ............... .............. .............. .............. .......... 71

SEALANTSSee also JOINTS and CRACKING

Guide to Sealing Joints in Concrete Structures................. ........... 71

SEISMIC AND LATERAL FORCESSee also BRIDGES and REPAIR

Recent Developments in Lateral Force Transfer in Buildings......... 71

Seismic Design and Construction................................................ 71

ISDP: Impact of the Seismic Design Provisions ofthe International Building Code .............................................71

Seismic Retrofit of Concrete Structures ............ .............. ............. 71

SHEARSee also SLABS

State-of-the-Art Report on Recent Code Approaches to ShearDesign of Structural Concrete ................................................72

SHELLS

Concrete Shell Structures — Practice and Commentary ..............72

SHOTCRETE

Guide to Shotcrete .....................................................................72Concrete Tools Vol. 4 (CD-ROM) — Shotcrete ............................72Committee Report on Fiber Reinforced Shotcrete .......................72Specification for Shotcrete..........................................................72Guide to Certification of Shotcrete Nozzlemen .............. ............. 72Guide for the Evaluation of Shotcrete............ .............. .............. . 72Special Value: Shotcrete Package ............ .............. ............. ......... 72Application and Use of Shotcrete ...............................................73Shotcrete for the Craftsman .......................................................73ACI Certification Programs .........................................................73

SHRINKAGE-COMPENSATING CONCRETESee also CEMENT

Standard Practice for the Use of Shrinkage-Compensating Concrete ........................................................73

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SILICA FUMESee also POZZOLANS

Guide for the Use of Silica Fume in Concrete ............. .............. ... 73

SILOSSee also CHIMNEYS

Standard Practice for Design and Construction of ConcreteSilos and Stacking Tubes for Storing GranularMaterials and Commentary ...................................................73

Circular Storage Tanks and Silos .................................................73

SLABSSee also PAVEMENTS and PARKING LOTS

Guide for Concrete Floor and Slab Construction.........................73Design of Slabs on Grade ...........................................................74Shear Reinforcement for Slabs .................................................... 74Concrete Tools Vol. 1 — Slabs ............. .............. .............. ........... 74Design of Two-Way Slabs ...........................................................74Elevated Slabs ............................................................................74Slabs on Grade...........................................................................74Special Slabs Package Offer! ......................................................74Supported Beams and Slabs .......................................................75

Practitioner’s Guide to Slabs on Ground .....................................75Slabs on Grade Videotapes: Design, Specification,

and Construction................................................................... 75

Complete Slabs on Grade Videotape Package! ...........................75Concrete Slab Surface Defects: Causes, Prevention, Repair ......... 75Finishing Concrete Slabs with Color and Texture ............... .......... 75Concrete Floors on Ground, 3rd Edition .....................................75Cement Mason’s Guide ..............................................................75

Resurfacing Concrete Floors .......................................................75Designing Floor Slabs On Grade .................................................75Concrete Fundamentals..............................................................75Reinforced Concrete Slabs ..........................................................75Moisture Problems in Concrete Floors Analysis and Prevention ... 76ACI Seminar — Slabs on Ground ................................................76ACI Certification Programs .........................................................76

SLAGSee also POZZOLANS

Ground Granulated Blast-Furnace Slag as a CementitiousConstituent in Concrete ........................................................76

SOIL CEMENTState-of-the-Art Report on Soil Cement .............. .............. .......... 76PCA Soil Primer ..........................................................................76

SPECIFICATIONSSpecifications for Structural Concrete .........................................76Field Reference Manual

Standard Specifications for Structural Concrete ACI 301-99with Selected ACI and ASTM References ...............................76

ASTM Standards in ACI 301 and 318 .........................................77Reference Manual: Specifications for Masonry Structures ........... 77

SYMPOSIA Recent Advances in Concrete Technology ............... .............. ...... 77Advances in Concrete Technology ..............................................77Proceedings, Third International Conference on Sustainable

Development of Cement and Concrete .................................77Mete A. Sozen Symposium...A Tribute From His Students ........... 77Advances in Concrete Technology ..............................................77Concrete Technology: Past, Present, and Future ............. ............. 78New Concrete Technology .............. .............. ............... .............. . 78Computer Applications in Concrete Technology —

San Antonio 1987 ................................................................78

Recent Advances in Concrete Technology — Proceedings,Fifth International Conference ...............................................78

Lewis H. Tuthill International Symposium: Concrete andConcrete Construction ..........................................................78

Structural Concrete: Behavior to Implementation ....................... 78

TANKSTightness Testing of Environmental Engineering

Concrete Structures and Commentary ...................................78Seismic Design Guide for Liquid-Containing Concrete

Structures and Commentary ..................................................79

Guide for the Analysis, Design, and Construction of Concrete-Pedestal Water Towers ............. ............... .............. .............. ... 79

Design and Construction of CircularWire- and Strand-Wrapped Prestressed Concrete Structures ..79

Design and Construction of Circular PrestressedConcrete Structures with Circumferential Tendons .............. ... 79

TESTINGSee also EVALUATION and NONDESTRUCTIVE EVALUATION

Recommended Practice for Evaluation of Strength TestResults of Concrete ............................................................... 79

Simplified Version of the Recommended Practice forEvaluation of Strength Test Results of Concrete ............. ........ 79

Provisional Standard Test Method for Water-Soluble ChlorideAvailable for Corrosion of Embedded Steel in Mortar and

Concrete Using the Soxhlet Extractor .....................................79Acceptance Criteria for Moment Frames Based on StructuralTesting (T1.1-01) and Commentary (T1.1R-01) ...................... 80

Evaluation of F-Number Systems and Waviness Indexfor Measuring Floor Flatness and Levelness ............................80

ACI Seminar — Practical Concrete Materials ............ .............. ..... 80ACI Certification Programs .........................................................80

TILT-UP CONSTRUCTIONTilt-Up Concrete Structures ........................................................80Practitioner’s Guide to Tilt-Up Concrete Construction .............. ... 80ACI Certification Programs .........................................................80

TOLERANCESStandard Specifications for Tolerances for Concrete

Construction and Materials and Commentary........................80

TROUBLESHOOTING AND PROBLEM SOLVINGTroubleshooting Concrete Problems .............. .............. .............. .81Concrete and Masonry Problem Clinic Volume I .........................81ACI Seminar — Troubleshooting Concrete Construction ............. 81

WALLSCast-in-Place Walls .....................................................................81Design Manual of Segmental Retaining Walls .............. .............. . 81Guide for Surface Finish of Formed Concrete .............................81

WASTE SOLIDIFICATIONSolidification and Stabilization of Waste

Using Portland Cement .........................................................81

WATERPROOFINGA Guide to the Use of Waterproofing, Dampproofing,

Protective, and Decorative Barrier Systems for Concrete ........81Waterproofing the Building Envelope .........................................81Repair, Protection and Waterproofing of Concrete Structures ..... 81Floating Concrete Kits ................................................................ 81

A numerical index is located on

pages 91-95 of this catalog.

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ADMIXTURESSee also FLY ASH, SLAG, POZZOLANS, and SILICA FUME

Chemical Admixtures for ConcreteACI Committee 212, technical committee document 212.3R-91,1991 (Reapproved 1999), 31 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 212391.CT02$59.50 (ACI members $35.00) PDF available

Admixtures are classified into five groups: (1) accelerating; (2)air-entraining; (3) water-reducing and set-controlling; (4) finelydivided mineral; and (5) miscellaneous. This guide outlines thefactors to be considered in the use of these five groups.

Guide for the Use of High-Range Water-Reducing Admixtures (Superplasticizers)in ConcreteACI Committee 212, technical committee document 212.4R-93,1993 (Reapproved 1998), 10 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 212493.CT02$20.50 (ACI members $11.00) PDF available

This guide contains information on applications, uses, and effectson freshly mixed and hardened concrete and the quality control ofconcretes containing high-range water-reducing admixtures. It isdesigned to be used by concrete suppliers, contractors, designers,

specifiers, and all others in concrete construction.

Sixth CANMET/ACI InternationalConference on Superplasticizers andOther Chemical Admixtures in ConcreteSpecial Publication 195, 2000, 642 pp.Order Code: 0SP195.CT02$79.50 (ACI members $47.00)

This Special Publication includes 37 papers selected from theconference that took place in Nice, France, in October 2000. Topicsinclude effects of superplasticizers, interaction of admixtures withcalcium aluminate cements, lignosulfates, admixtures for improvingresistance to chemical attack, effects of admixtures on concreteshrinkage, and many more.

Fifth CANMET/ACI InternationalConference on Superplasticizers andOther Chemical Admixtures in ConcreteSpecial Publication 173, 1997, 1022 pp., 49 papers.Order Code: 0SP173.CT02$52.50 (ACI members $23.00)

The Fifth Conference on Superplasticizers and Other ChemicalAdmixtures in Concrete was designed to transfer technology inthe fast-moving field of chemical admixtures.

Fourth CANMET/ACI InternationalConference on Superplasticizers and

Chemical Admixtures in ConcreteSpecial Publication 148, 1994, 464 pp.Order Code: 0SP148.CT02$51.50 (ACI members $23.00)

This Special Publication includes 25 papers that address thedevelopments in chemical admixtures since the prior conferencein 1989.

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AESTHETICS

The Mercer Mile Buildings124.2R-94 The Mercer Mile Buildings (Reapproved 1999)Order Code: 124294.CT02$14.50 (ACI members $9.00)

The Mercer Mile consists of three historic concrete buildings withia mile (1.6 km) of each other, all built by Henry Chapman Mercer neaDoylestown, in Bucks County, Pennsylvania. There are two sets of 2photographs each, with the first covering Fonthill, Mercer’s homeand the second covering both the tile works and museum.

AGGREGATESSee also LIGHTWEIGHT CONCRETE, MATERIALS, and


Guide for Use of Normal Weight andHeavyweight Aggregates in Concrete

ACI Committee 221, technical committee document 221R-96(Reapproved 2001), 28 pp., also in MCP-1 and the MCPCD-ROM.

Order Code: 022196.CT02$39.00 (ACI members $23.00) PDF available

This guide presents information on sand, gravel, crushed stoneand air-cooled blast-furnace slag aggregate. It also includes thproperties of concrete, methods of determining aggregatproperties and limitations of these methods, features of aggregatpreparation and handling which have a bearing on concrete qualitand uniformity, selection of aggregate, and much more!

Aggregates for ConcreteACI Committee E-701, Education Bulletin E1, 1999, 26 pp.Order Code: 00E199.CT02$29.50 (ACI members $17.50)

Aggregate properties significantly affect the workability of plastconcrete and the durability, strength, thermal properties, andensity of hardened concrete. This bulletin describes the types oaggregate normally used in concrete, aggregate propertieaffecting performance of the concrete, tests used to measuraggregate properties, and methods used to obtain test samplesNormal weight and lightweight aggregates are discussed.

ACI Seminar — Practical Concrete MaterialsThis 1-day seminar covers the quality, material selection, an

specifying of concrete and concrete materials, including cements

slag, fly ash, silica fume, blended cements, aggregates, chemicaadmixtures, testing procedures for the proper evaluation of tesresults, and what to do when test results are unacceptable. Sepages 31-33 for detailed information about cities and dates offerein 2002, or visit www.concreteseminars.com.

ACI Certification ProgramsAggregate Field Testing TechnicianAggregate Laboratory Testing Technician

ACI administers certification programs for Aggregate Technician see page(s) 14-17 for general program descriptions and traininmaterials. For local program availability and detailed informatiovisit the Certification Section of ACI’s website:www.aci-int.org.

ADMIXTURES (CONT.)See also FLY ASH, SLAG, POZZOLANS, and SILICA FUME

Superplasticizers and Other ChemicalAdmixtures in ConcreteSpecial Publication 119, 1989, 668 pp.

Order Code: 0SP119.CT02$72.50 (ACI members $32.00)

This Special Publication is a collection of 33 papers coveringsuch topics as innovative concretes, reuse of returned concretethrough hydration control, superplasticizers and their effect ondurability, and much more.

Chemical AdmixturesCompilation 23, 1993, 88 pp.Order Code: 000C23.CT02$43.50 (ACI members $26.00)

Chemical Admixtures includes Concrete International articleson: VAE redispersible-powder hydraulic-cement admixtures;organic-based corrosion-inhibiting admixtures; antifreeze

admixture development; and control of plastic shrinkage crackingin cold weather. Also covered are antifreeze and other admixturesfor cold weather concreting, non-chloride accelerating admixturesfor concretes containing fly ash, admixtures for early compressivestrength, extended mix time concrete, sodium thiocyanate andthe corrosion potential of steel, HPI concrete plus anti-washoutadmixtures and underwater concrete, cost-effective use ofsuperplasticizers, and admixture-cement in compatibility: a casehistory.

Chemical and Air-EntrainingAdmixtures for ConcreteACI Committee E-701, Education Bulletin E4, 1996, 16 pp.Order Code: 00E496.CT02$21.50 (ACI members $13.00)

Admixtures have long been recognized as importantcomponents of concrete, and are used to improve performance.This bulletin discusses commonly used admixtures for concrete,and describes their basic uses.

ACI Seminar — Practical ConcreteMaterials

This 1-day seminar covers the quality, material selection, andspecifying of concrete and concrete materials, including cements,slag, fly ash, silica fume, blended cements, aggregates, chemical

admixtures, testing procedures for the proper evaluation of testresults, and what to do when test results are unacceptable. Seepages 31-33 for detailed information about cities and dates offeredin 2002, or visit www.concreteseminars.com.

ADMIXTURES AESTHETICS AGGREGATES

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ALKALI-AGGREGATE REACTIONSee also DURABILITY

State-of-the-Art Report onAlkali-Aggregate ReactivityACI Committee 221, technical committee document 221.1R-98,

1998, 31 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 221198.CT02$43.50 (ACI members $26.00) PDF available

This report provides information on alkali-aggregate reactivity(AAR), including alkali-silica reactivity (ASR) and alkali-carbonatereactivity (ACR). Chapters provide an overview of the nature ofASR and ACR reactions, means to avoid deleterious effects ofeach reaction, methods of testing for potential expansion ofaggregates and cement-aggregate combinations, measures toprevent deleterious reactions, and recommendations for evaluationand repair of existing structures.

ANCHORS

State-of-the-Art Report onAnchorage to ConcreteACI Committee 355, technical committee document 355.1R-91,1991 (Reapproved 1997), 71 pp., also in MCP-4 and the MCPCD-ROM.Order Code: 355191.CT02$78.50 (ACI members $47.00) PDF available

Information on concrete anchoring based on worldwide testprograms is presented in this document. Design criteria andexisting code requirements are also presented.

Evaluating the Performance of Post-

Installed Mechanical Anchors in Concreteand Commentary

ACI Committee 355, technical committee document 355.2/355.2R-01, 2001, 29 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 355200.CT02$32.00 (ACI members $18.00) PDF available

ACI 355.2/355.2R-01, Evaluating the Performance of Post- Installed Mechanical Anchors in Concrete and Commentary,

prescribes testing programs and evaluation criteria for post-installed mechanical anchors intended for use in concrete underthe design provisions of ACI 318. ACI 355.2 prescribes criteria fordetermining whether anchors are acceptable for use in uncracked

concrete only, or in cracked concrete as well as uncracked concrete.Performance categories for anchors are established and criteriafor assigning anchors to each category are given. The anchorperformance categories are used by ACI 318 to assign capacity-reduction factors and other design parameters.

Embedment Design ExamplesACI Committee 349, technical committee document 349.2R-97,1997, 26 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 349297.CT02$33.50 (ACI members $21.00) PDF available

This report presents a series of design examples of ductilesteel embedments. Examples cover numerous applications of

single and multiple stud embedments.

Guide to the Design of Anchor Bolts andOther Steel EmbedmentsBy: Cannon, Godfrey, and Moreadith, 1981, 14 pp.Order Code: 00AB81.CT02$18.50 (ACI members $11.00)

This document provides minimum requirements for the designand anchorage of steel embedments used to transmit loads fromattachments into reinforced concrete structures by means oftension, bearing, shear, friction, or any combination thereof. Typicalembedment details and concepts are illustrated.

ARCHITECTURAL CONCRETE

Guide to Cast-in-Place ArchitecturalConcrete PracticeACI Committee 303, technical committee document 303R-91,1991, 30 pp.Order Code: 030391.CT02$39.50 (ACI members $23.00)

This guide provides recommendations for the production of cast-in-place architectural concrete. The importance of specifiedmaterials, forming, concrete placement, curing, additional treatment,inspection, and their effect on the finished product are discussed.

Standard Specification for Cast-in-PlaceArchitectural ConcreteACI Committee 303, technical committee document 303.1-97,1997, 10 pp., also in MCP-2 and the MCP CD-ROMOrder Code: 303197.CT02$20.50 (ACI members $11.00) PDF available

This Specification provides the requirements for cast-in-placearchitectural concrete. It includes requirements for the materials,forming, concrete placement, curing, additional treatment, andinspection. The requirements are for vertical (walls) and horizontal(flatwork) architectural concrete and are written in the three-partsection format of the CSI, as adapted by ACI, modified to ACIrequirements, and organized by types of architectural concrete.

ALKALI-AGGREGATE REACTION ANCHORS ARCHITECTURAL CONCRETE

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ARCHITECTURAL CONCRETE(CONT.)

Architectural Precast ConcretePrepared by the Precast/Prestressed Concrete Institute, 2nd

Edition, 1989, 340 pp., hard cover.Order Code: 00APC1.CT02$134.00For a description, see INDUSTRY PUBLICATIONS on page 82.

BONDSee also REINFORCEMENT

State-of-the-Art Report:Bond under Cyclic LoadsACI Committee 408, technical committee document408.2R-92, 1992 (Reapproved 1999), 32 pp., also in MCP-5 and

the MCP CD-ROM.Order Code: 408292.CT02$43.50 (ACI members $26.00)

This report summarizes recent research on bond behaviorunder cyclic loads. Design recommendations are provided forboth high and low-cycle fatigue, as well as suggestions forfurther research.

Splice and Development Length ofHigh Relative Rib Area ReinforcingBars in Tension and Commentary

ACI Committee 408, technical committee document 408.3-01/408.3R-01, 6 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 408301.CT02$23.50 (ACI members $13.00) PDF available

ACI 408.3-01 (formerly ITG-2-98), Splice and Development

Length of High Relative Rib Area Reinforcing Bars in Tension,

helps designers take advantage of the improved bondcharacteristics of high relative rib area deformed reinforcement.This type of reinforcement can be produced by increasing ribheight, decreasing rib spacing, or a combination of the two.

BRIDGESSee also GUIDEWAYS and REPAIR

Analysis and Design of ReinforcedConcrete Bridge StructuresACI Committee 343, technical committee document 343R-951995, 158 pp., also in MCP-3 and the MCP CD-ROM.Order Code: 034395.CT02$122.50 (ACI members $73.00) PDF available

This report provides current guidelines for the analysis anddesign of reinforced, prestressed, and partially prestresseconcrete bridges.

Seismic Analysis and Design of ConcreteBridge SystemsACI Committee 341, technical committee document 341.2R-97,1997, 25 pp., also in MCP-3 and the MCP CD-ROM.Order Code: 341297.CT02

$42.50 (ACI members $25.00) PDF availableThis document provides a summary of the analysis, modelingand design of concrete bridges subjected to strong earthquakesand is intended to complement existing documents from AASHTOCaltrans, and UBC. The report summarizes analysis and designconsiderations for concrete bridges with seismic isolation, as weas general seismic design considerations.

Guide for Concrete Highway BridgeDeck ConstructionACI Committee 345, technical committee document 345R-911991 (Reapproved 1997), 38 pp., also in MCP-4 and the MCPCD-ROM.Order Code: 034591.CT02$47.50 (ACI members $28.00) PDF available

Recommendations relative to the construction and postconstruction periods are presented covering the areas of desigconsiderations, inspection, preconstruction planning, falseworand formwork, reinforcement, concrete materials and propertiesand the use of overlays.

Routine Maintenanceof Concrete BridgesACI Committee 345, technical committee document 345.1R-92,1992 (Reapproved 1997), 13 pp., also in MCP-4 and the MCPCD-ROM.Order Code: 345192.CT02$18.50 (ACI members $11.00) PDF available

This publication describes various potential sources of distresand the possible areas affected in the roadway, superstructuresubstructure, approaches, slopes, and channel of a bridge, and idirected to the maintenance supervisor responsible for routinbridge maintenance.

ARCHITECTURAL CONCRETE BOND BRIDGES

REVISED!

Bond and Development ofReinforcement — A Tributeto Peter GergelyACI Committee 408, Special Publication180, 1998, 520 pp., 22 papers.Order Code: 0SP180.CT02$51.50 (ACI members $23.00)

For more information, call (248) 848-3800or visit www.aci-int.org.

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Guide for Precast Cellular Concrete Floor,Roof, and Wall UnitsACI Committee 523, technical committee document 523.2R-96,1997, 5 pp., also in MCP-6 and the MCP CD-ROMOrder Code: 523296.CT02$18.50 (ACI members $11.00) PDF available

This guide presents information on materials, properties, design,

fabrication, and handling of precast concrete floor, roof, and wallunits having oven-dry weights of 50 pcf (800 kg/m3) or less. Therecommendations apply to precast reinforced cellular concrete unitsthat are designed and factory-produced for use in structures.

Guide for Cellular Concretes Above50 pcf and for Aggregate ConcretesAbove 50 pcf with CompressiveStrengths Less Than 2500 psiACI Committee 523, technical committee document 523.3R-93,1993, 16 pp.Order Code: 523393.CT02

$22.50 (ACI members $13.00) PDF availableThis guide presents information on materials, fabrication,

properties, design, and handling of cellular concretes. The usualdensity range of the concrete considered is 50 to 120 pcf.

CEMENTSee also MIXTURE PROPORTIONING and POZZOLANS

Guide to the Selection and Use ofHydraulic CementsACI Committee 225, technical committee document 225R-99,1999, 30 pp., also in MCP-2 and the MCP CD-ROM.


This guide summarizes information about the composition andavailability of commercial hydraulic cements, and factors affectingtheir performance in concrete.

Hydraulic Cement for ConcreteACI Committee E-701, Education Bulletin E-3, 1983, 36 pp.Order Code: 00E383.CT02$24.50 (ACI members $14.00)

This bulletin presents a fundamental discussion on themanufacturing, properties, characteristics, and specifications forPortland cements. Topics include types of cements, testing cement,and factors in the selection and use of portland cement.

Cementitious Materials for ConcreteACI Committee E-701, Education Bulletin E-3, 25 pp.Order Code: 00E301.CT02$29.50 (ACI members $18.00)

The successful use of concrete in construction depends not onlyon knowing the right proportions of materials, but also on knowinghow to select the right materials. This bulletin focuses on the selectionand characterization of hydraulic cements and cementitious materialadmixtures. Topics discussed include the manufacture, specif ication,and testing of portland cement, fly ash and other pozzolans, ground-granulated blast-furnace slag, and silica fume.

BRIDGES CELLULAR CONCRETE CEMENT

BRIDGES (CONT.)See also GUIDEWAYS and REPAIR

Guide for Widening Highway BridgesACI Committee 345, technical committee document 345.2R-98,

1998, 14 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 345298.CT02$22.50 (ACI members $12.00)

This guide discusses problems unique to the widening ofexisting concrete bridges and bridges with concrete decks, withthe primary focus on bridge decks. General recommendations aregiven regarding the choice of structure type, design details,construction methods, and materials.

Concrete Bridges in AggressiveEnvironments

Special Publication 151, 1994, 296 pp.Order Code: 0SP151.CT02$46.50 (ACI members $21.00)

This symposium volume of 15 papers addresses theperformance, protection, assessment, repair, and rehabilitation ofconcrete bridges.

CELLULAR CONCRETESee also CONTROLLED LOW-STRENGTH MATERIALS

Guide for Cast-in-PlaceLow-Density ConcreteACI Committee 523, technical committee document 523.1R-92,1992, 8 pp.Order Code: 523192.CT02$18.50 (ACI members $11.00) PDF available

This guide provides information on materials, properties, design,and proper handling of cast-in-place concretes having oven-dryunit weights of 50 pcf (800 kg/m3) or less.

Seismic Response of Concrete BridgesSpecial Publication 187, 1999, 387 pp.Order Code: 0SP187.CT02$61.50 (ACI members $36.50)

The 17 papers presented cover a wide

array of subjects related to seismic behaviorof concrete bridge structures. Topics includethe impact of recent earthquakes on theseismic design process, results of recentexperimental research on behavior ofbridge components during earthquakes,case studies of bridge seismic upgrades,and the use of composite materials andseismic isolation systems to enhanceseismic performance.

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CEMENT CERTIFICATION

CERTIFICATION

Aggregate Testing TechnicianFine and coarse aggregate comprise 60 to 75% of a concrete

mixture. Because the aggregates occupy such a large percentageof the volume of a concrete mixture, and can dramatically influencethe properties of the concrete in both a plastic and hardened state,it is important that the aggregate be sampled and tested properlyto ensure it is appropriate for use in the designed mixture. At therequest of State Departments of Transportation, and with theirassistance, ACI has launched a national certification program toaddress the need for personnel adept at conducting acceptancetests on aggregates and soils in both the field and laboratory.

Technician Workbook for ACI Certificationof Aggregate Field Testing TechnicianOrder Code: CP4000.CT02$76.00 (ACI members $50.00)

This workbook contains information about the ACI AggregateField Testing Technician (AFTT) certification program, performancechecklists, and reprints of all of the resource materials referencedby the certification examinations. The AFTT program covers thefollowing Standards: AASHTO T 2, T11, T 27, T 87, T 89, T 90,T 112, T 248, T 255, and ASTM D 4791.

UPGRADE THE QUALITY OF CONCRETE

CONSTRUCTION WITH

ACI CERTIFICATION PROGRAMS

ACI certification programs are designed to provide the basisfor training and certification of personnel employed within the

concrete industry. Currently, ACI has programs for:

Concrete Field Testing Technician - Grade I Concrete Strength Testing Technician• Concrete Laboratory Testing Technician - Grades I & II• Concrete Construction Inspector & Inspector-in-

Training (Available outside the U.S. only)• Concrete Transportation Construction Inspector &

Inspector-in-Training• Concrete Flatwork Finisher/Technician• Aggregate Field Testing Technician• Aggregate Laboratory Testing Technician• Shotcrete Nozzleman• Tilt-Up Supervisor

Programs under development include:

• Specialty Commercial/Industrial Concrete FloorFinisher

Certification examinations and optional training courses areconducted through a network of over 100 Local SponsoringGroups operating both domestically and internationally. Since1983, ACI has administered exams to over 180,000 individualswith over 60,000 individuals currently certified by ACI.

The Certification Programs Committee oversees the variouscertification committees and task groups that develop andmaintain these programs. If you are committed to upgrading thequality of concrete construction through personnel training andcertification, then your participation on these committees isencouraged. For more detailed information on ACI Certif icationcontact the ACI Certification Department at (248) 848-3790.

The following organizations participate (cooperate) with ACI inprograms to improve the quality of concrete construction: AmericanConcrete Pavement Association, American Shotcrete AssociationAmerican Society of Concrete Contractors, American Society forTesting and Materials, Cement and Concrete ReferenceLaboratory, Concrete Construction Magazine, National ReadyMixed Concrete Association, Portland Cement Association,Precast/Prestressed Concrete Institute, Tilt-Up ConcreteAssociation, and the U.S. Army Corps of Engineers.

CEMENT (CONT.)See also MIXTURE PROPORTIONING and POZZOLANS

Lea’s Chemistry of Cement and ConcreteEditor: P. C. Hewlett. Publisher: John Wiley & Sons, 1998,

1053 pp., hard cover.Order Code: 00LCCC.CT02$200.00For a description, see INDUSTRY PUBLICATIONS on page 87.DISCOUNTS NOT AVAILABLE.

ACI Seminar —Practical Concrete Materials

This 1-day seminar covers the quality material selection andspecifying of concrete and concrete materials, including cements,slag, fly ash, silica fume, blended cements, aggregates, chemicaladmixtures, testing procedures for the proper evaluation of testresults, and what to do when test results are unacceptable. Seepages 31-33 for detailed information about cities and dates offered

in 2002, or visit www.concreteseminars.com.

ACI Seminar – SupplementaryCementitious Materials

This 1-day seminar will cover the use of a wide range ofsupplementary cementitious materials which include various typesof fly ashes, ground granulated slag, silica fume, metakaolin, andother natural pozzolans. The origin and nature of each material andits effect on fresh- and hardened-concrete properties and durabilityin various aggressive environments will be discussed. The impacton construction practices using these materials also will be reviewed.See pages 31-33 for detailed information about cities and datesoffered in 2002 or visit www.concreteseminars.com.

Technician Workbook for ACICertification of Aggregate LaboratoryTesting TechnicianOrder Code: CP4100.CT02$76.00 (ACI members $50.00)

This workbook contains information about the ACI AggregatLaboratory Testing Technician (ALTT) certification programperformance checklists, and reprints of all of the resource materialreferenced by the certification examinations. The ALTT programcovers the following Standards: AASHTO T 19, T 21, T 84, T 85, T 96T 104, T 113, T 176, T 304, ASTM C 535, and D 5821.

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Certification Videocassette Ordering InformationShipping and Delivery: Videotapes are shipped by United Parcel Service, or other comparable delivery services. Shipping charges

within the USA and Canada are included in the purchase prices. Contact ACI Headquarters for a quote on shipping charges outsideof the USA and Canada. ACI is not responsible for paying any taxes or duties on videotapes shipped outside the USA.

Standard and Format: Videotapes are available in three international standards: NTSC, PAL, and SECAM. Purchaser must specifystandard desired.

Cassettes in stock are 1/2 in. VHS; 1/2 in. Betamax I and Betamax II, and 3/4 in. U-MATIC formats are available upon request.Videotape format must be specified to process order.

Free Replacement: ACI will replace any damaged videotape at no charge as long as the tape appears in our current catalog.

V V V V V IDEOCASSETTEIDEOCASSETTEIDEOCASSETTEIDEOCASSETTEIDEOCASSETTE LLLLLIBRARY IBRARY IBRARY IBRARY IBRARY

ACI video training tapes are used in conjunction with the ACI Certification/Training Programs, but are also useful forgeneral education and review. For information on ordering videocassettes, please see below.

CERTIFICATION

Testing Ready MixedConcrete in the FieldCMEC, 2001, 62 min., color.Order Code: 0CPCM2.CT02 NEW!$100.00This is an updated version of theConstruction Materials EngineeringCouncil’s (CMEC) popular videodemonstrating ASTM procedures forconducting field tests on fresh concrete.Standards included are: C 172, C 143,C 138, C 231, C 31, and C 1064

Testing Ready MixedConcrete in the Field —Spanish EditionCMEC, 2001, color.Order Code: CPCM2S.CT02 NEW!Available Feb. 2002By popular demand, CMEC hasproduced a Spanish-language version oftheir popular Concrete Field TestingVideo see description above.

Aggregate Field Testing

CMEC, 2001Order Code: C2701A.CT02 NEW!Please call (248) 848-3800 for price.This video is designed to assist inpreparation for taking the ACI AggregateField Testing Technician (AFTT)certification examinations. Standardprocedures demonstrated are: AASHTOT 2, T 11, T 27, T 89, T 90, T 112, T 248,T 255, and ASTM D 4791.

Concrete Strength TestingCMEC, 2002Order Code: C2902A.CT02 NEW!Available Feb. 2002Four ASTM Standards are covered on thisvideo: C 39, C 78, C 617, and C 1231. Thisvideo may be used to supplement trainingin preparation to take the ACI ConcreteStrength Testing Technician examinations.

Finishing ConcreteFlatwork

ACI and PCA, 1984, 32 min., color.Order Code: CP884A.CT02$125.00Basic procedures are demonstrated forfinishing concrete flatwork, using propertools and finishing techniques asrecommended by ACI and expert finishers.The video also covers subgrade andformwork preparation, concrete placement, jointing, curing, and special finishes, andemphasizes important do’s and don’ts.

Laboratory Testing — Tape 1

ACI and PCA, 1985, 52 min., color.Order Code: CP682A.CT02$100.00In this video, step-by-step procedures aredemonstrated for ASTM tests C 617,Capping Cylindrical Concrete Specimens,and C 39, Compressive Strength of

Cylindrical Concrete Specimens.

LaboratoryTesting — Tape 2ACI and PCA, 1985, 52 min., color.Order Code: C1385A.CT02$125.00

Seven standard ASTM laboratory tests onaggregate are demonst rated. The ASTMtests covered are C 702, C 117, C 136,

C 29, C 127, C 128, and C 566.

Laboratory Testing — Tape 3ACI and PCA, 1985, 40 min., color.Order Code: C1485A.CT02$125.00Equipment and step-by-step proceduresare demonstrated for ASTM StandardsC 78, Flexural Strength of Concrete,C 123, Lightweight Pieces in Aggregate,and C 192, Making and Curing ConcreteTest Specimens in the Laboratory.

Fundamentals of

Proportioning ConcreteMixturesACI and PCA, 1989, 35 min., color.Order Code: C2689A.CT02$145.00This video demonstrates basic proceduresfor proportioning normalweight concretemixtures according to the absolute volumemethods found in ACI publication 211.1,Selecting Proportions for Normal,

Heavyweight and Mass Concretes.

Batching, Mixing andTransportation ofReady-Mixed ConcreteSponsored by ACI and PCA,1992, 1/2 in. VHS, 30 min., color.Order Code: 00EV01.CT02$279.00For description, see PLACING orCONSTRUCTION PRACTICES.

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Spanish Language Version of CraftsmanWorkbook for ACI Certification ofConcrete Flatwork Technician/FinisherOrder Code: C1095S.CT02$43.00 (ACI members $27.00)

CERTIFICATION

BROWSE OURBOOKSTORE:

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CERTIFICATION (CONT.)

Concrete Field Testing Technician — Grade IDue to the potential for costly errors and delays, it is essential

that field technicians have proven skills in performing the seven

standard field tests on freshly mixed concrete. It is equally importantthat everyone involved with a concrete construction project hasconfidence in the technician’s skills. Consequently, everyonebenefits from the use of ACI Certified Field Technicians.

Technician Workbook for ACI Certification ofConcrete Field Testing Technician — Grade I

Order Code: 0CP102.CT02$57.00 (ACI members $37.50)

A study guide for the examinee, this workbook providesinformation and instructional material on the required ASTM testing

procedures. ASTM Standards included are C 172, C 143, C 138,C 231, C 173, C 31, C 1064, C 29, and C 94. Also included areACI’s Concrete Primer (SP-1), study questions, sample checklists,and practice exams.

Craftsman Study PackageOrder Code: CP10/PACK.CT02$62.00 (ACI members $41.00)

This package contains the ACI Craftsman Workbook (CP-10)and Yeager’s Guide to Finishing and Related Problems , apublication recommended by ACI as a supplement to thCraftsman Workbook.

Technician Study PackageOrder Code: CP1/PACK.CT02$93.00 (ACI members $69.00)

This package contains all of the materials recommended byACI to prepare the examinee for the training course andexaminations. Included are the ACI Technician Workbook (CP-1)and PCA’s Design and Control of Concrete Mixtures . It is designedfor the technician who wants to know “why” these tests are

conducted, as well as “how” to conduct them.

BEST SELLER!

Concrete Flatwork Technician/FinisherThe strength and durability of a concrete structure, particularly

concrete flatwork, are significantly influenced by the knowledgeand skill of the craftsmen who construct it. These certificationprograms will meet the need for standardizing and reinforcing theskills involved in this work, and will provide a pool of well-qualified,highly skilled employees.

Craftsman Workbook for ACI Certificationof Concrete Flatwork Technician/FinisherOrder Code: CP1002.CT02$43.00 (ACI members $27.00)

This study guide orients the examinee to the certification programand contains directions on how to prepare for the written examinationand performance evaluation. Also included are sample examinationchecklists, practice exams, study questions, and all technicalresources, which include ACI’s Slabs on Grade (CCS-1), andConcrete Primer (SP-1). The ‘02 edition reflects only a change tothe scoring policy for certification; the technical material is identicalto the 1995 edition.

Concrete Laboratory Testing Technician —Grade I & II

The Concrete Laboratory Testing Technician serves as animportant link in the chain of quality concrete constructionIncreased concern over the availability of skilled laboratorytechnicians has led the American Concrete Institute to initiattwo national certif ication programs directed toward thispecialty: Concrete Laboratory Testing Technician—Grade I andConcrete Laboratory Testing Technician—Grade II. These ACprograms provide a way to establish the credentials otechnicians who are qualified to conduct the standard ASTMtests and ACI practices on aggregate and concrete in laboratory environment.

Technician Workbook for ACI Certification ofConcrete Laboratory Testing Technician —Grade I & IIOrder Code: CP1601.CT02

$57.00 (ACI members $37.50)This workbook orients the trainee/examinee to the Grade I &

Grade II certification programs and provides information to preparfor the required written and performance examinations. It alsincludes a suggested course outline, study questions, sample

checklists, and practice exams. Grade I certification covers ASTMstandards: C 29, C 39, C 40, C 117, C 127, C 128, C 136, C 566

C 617, C 702, C 1231, and D 75. Grade II certification covers ASTM

standards: C 42, C 78, C 88, C 123, C 131, C 142, C 192, C 470C 496, and C 535, and ACI Standards 211.1 and 214.

The examinee must have access to the current ASTM standard

to prepare for the examinations. Copies of these standards are no

included in the CP-16 Workbook. They are contained in the 2001

Annual Book of ASTM Standards , Volume 04.02 available fromASTM, 100 Barr Harbor Drive, West Conshohocken, PA 19428

2959; Phone: (610) 832-9500.

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CERTIFICATION

CERTIFICATION (CONT.)

Transportation Inspector Reference PackageOrder Code: CP31/PACK.CT02$315.00 (ACI members $225.00)

This package contains all of the resource materials needed toproperly prepare for certification as an ACI Concrete TransportationConstruction Inspector. The ring binder contains the followingmaterials: Inspector Workbook (includes program information,lesson plan, study aids, work experience forms, and instructions);reprints of ACI documents (including ACI’s Manual of Concrete

Inspection , SP-2); reprints of ASTM documents; PCA’S Design

and Control of Concrete Mixtures , Soil-Cement Construction Handbook , and Soil-Cement Inspector’s Manual ; and CRSI’sManual of Standard Practice .

Laboratory Technician Study PackageOrder Code: CP16/PACK.CT02$93.00 (ACI members $69.00)

This package consists of the CP-16 (02) Workbook and PCA’s

Design and Control of Concrete Mixtures . It is designed for thetechnician who desires a ready reference for basic concretetechnology or for the instructor who is assembling a complete course

according to the suggested outline contained in the Workbook .

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Concrete Strength Testing TechnicianMany concrete technicians are responsible only for preparing

and testing concrete compressive and flexural strength specimens.

The ACI Concrete Strength Testing Technician certif ication program

is designed to address the need to verify the skills of these

individuals independent of the aggregate testing and mix design

aspects of the Laboratory Testing Technician programs.

Technician Workbook for ACICertification of Concrete StrengthTesting TechnicianOrder Code: CP1902.CT02$44.50 (ACI members $28.00)

This workbook contains information about the ACI Concrete

Strength Testing Technician certification program, study questions,

sample checklists, and a practice exam, as well as reprints of all of

the resource materials referenced by the certification examinations.

The CSTT program covers the following ASTM Standards: C 39,

C 78, C 617, and C 1231.

Shotcrete NozzlemanInnovations in the shotcreting process continue to enhance the

utility, flexibility, and effectiveness of the process as a method ofplacing concrete. As with all concrete construction, shotcreteequipment and materials are responsible only for a portion of thefinal product’s quality; the shotcrete nozzleman brings these elementstogether with his knowledge and ability to properly apply the materialin an effective, efficient, and safe manner. ACI, in cooperation withthe American Shotcrete Association, developed this program to setnational proficiency requirements for shotcrete nozzlemen andaddress the need for these craftsmen to receive formal credentialing.

Workbook for ACI Certification of

Shotcrete Nozzlemen

Order Code: CP6002.CT02. Available Summer 2002.This workbook contains information about the ACI Shotcrete

Nozzleman certification program as well as the resourcesreferenced by the certification examination. This program coversbasic concrete technology information excerpted from ACI CCS-1,and a full reprint of ACI CCS-4.

Tilt-Up SupervisorThe tilt-up concrete construction industry has enjoyed

unprecedented growth in recent years. What was once a specialtyform of construction used primarily for one-story plain facilities isnow used in a wider variety of applications and locations. Effectiveand efficient tilt-up construction relies heavily on planning,scheduling, and the orchestrated movement of many types of

equipment, tools, and personnel. ACI, with the expertise andassistance of the Tilt-Up Concrete Association, has developed anational program to certify individuals who are proficient atcoordinating the elements of tilt-up construction projects.

Workbook for ACI Certification of Tilt-UpTechnicians and SupervisorsOrder Code: CP5000.CT02$90.00 (ACI members $67.00)

This workbook contains information about the ACI Tilt-UpTechnician and Supervisor certification program as well as theresources referenced by the certification examination. Thisprogram covers tilt-up reference materials from the Tilt-Up Concrete

Association, basic concrete technology information excerpted fromACI CCS-1, and a full reprint of ACI 551R.

Concrete Transportation ConstructionInspector and Inspector In-Training

A Concrete Transportation Construction Inspector performspreplacement, placement, and inspection duties similar to that ofthe Construction Inspector, but possesses knowledge specific toinspection of transportation-related construction projects. Theprogram covers the resource documents included in theTransportation Inspector Reference Package (CP-31).

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318-02 Student SpecialOrder Code: 318STU/PACK.CT02$51.00

Special student discount for 318-02 ACI Building Code andCommentary . Students may purchase this publication directly fromACI by class orders and receive a special discount. A minimumorder of 10 copies is required and must be ordered through theiprofessor (please list professor’s name). If 25 or more copies arepurchased, a free desk copy is supplied per order, if requested.

See page 98 for UPS charges.

CHIMNEYSSee also SILOS

Design and Construction of ReinforcedConcrete Chimneys and CommentaryACI Committee 307, technical committee document 307-98/307R-98, 31 pp., also in MCP-2 and the MCP CD-ROMOrder Code: 030798.CT02$39.00 (ACI members $25.00) PDF available

ACI 307-98, Design and Construction of Reinforced Concrete Chimneys and Commentary, is now available in a dual-unit (U.S.customary and metric) edition. This standard gives material,construction, and design requirements for cast-in-place and precastreinforced concrete chimneys. It sets forth minimum loadings forthe design and construction of reinforced concrete chimneys andcontains methods for determining the concrete and reinforcementrequired as a result of these loadings.

CODES

Building Code Requirements forStructural Concrete (ACI 318-99) andCommentary (318R-99)ACI Committee 318, technical committee document 318-99/318R-99, 1999, 369 pp.Order Code: 031899.CT02$134.50 (ACI members $80.00)

ACI’s 318-99 Building Code provides engineers, designers,contractors, and other professionals with design and constructionrequirements. Revised in 1999, it is referenced in IBC 2000.

Metric Building Code Requirements forStructural Concrete and CommentaryACI Committee 318, technical committee document 318M-99/318RM-99, 1999, 371 pp.Order Code: 318M99.CT02$134.50 (ACI members $80.00)

This is the metric version of 318-99. Units of measurement arein SI (Système International). The contents are otherwiseunchanged from 318-99.

PCA Notes on 318-99Prepared by the Portland Cement Association, 1999, 932 pp.Order Code: EBO709.CT02

$68.00This reference manual, prepared by the Portland Cement

Association, assists engineers and designers in applying the ACIBuilding Code. Chapters deal with specific design provisions ofthe Code and include sample problems and applications. Notavailable in metric units.

318-99 and PCA Notes on CD-ROMOrder Code: 3189CD.CT02$178.00 (ACI members $128.00)

318-99 and PCA Notes on 318-99 are linked and indexed allowingthe use of Adobe ® Acrobat to search, find, and print information.

CHIMNEYS CODES

Building Code Requirements forStructural Concrete (ACI 318-02) andCommentary (318R-02) (Available Spring 2002)

ACI Committee 318, technical committee document 318/

318R-02, 443 pp., also in MCP-3 and the MCP CD-ROM.Order Code: 031802.CT02$141.50 (ACI members $85.00)

Based on a blend of experiment and experience, ACI 318gives design and construction requirements for structuralconcrete buildings, and is widely adopted by reference ingeneral building codes. The Commentary, ACI 318R,discusses some of the considerations of ACI Committee 318,including background details and references to much of theresearch data referred to in preparing the building coderequirements. Emphasis is on new or revised provisions thatmay be unfamiliar to users of ACI 318.

ACI 318/318R-02, Building Code Requirements for

Structural Concrete and Commentary, includes extensive

revisions from ACI 318-99. These revisions include:

A change in strength overdesign values and acceptance

criteria for concrete;

Inclusion of ASCE 7-98 load factors and modifiedφ factors

in Chapter 9;

Inclusion of a simpler skin-reinforcement calculation

method for members subjected to flexure and axial loads;

Removal of barriers to the use of higher-strength concrete;

Clarified torsion provisions;

Modified provisions for shear reinforcement and

shearheads in slabs;

Explicit provisions for partially prestressed concrete

flexural members; Updated Chapter 21, “Special Provisions for Seismic

Design,” including new requirements for the use of precast,

and additional requirements for hoops in intermediate

frames, reinforcing placement at slab edge and corner

connections; and shear strength of two-way slab systems

used as intermediate moment frames;

A new Appendix A giving requirements for applying strut-

and-tie modeling; and

A new Appendix D on anchoring to concrete.

This most comprehensive revision of ACI 318 since 1956is an essential addition to your technical library.

REVISED! BEST SELLER!

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CODES (CONT.)

ACI Design Handbook [SP-17(97)]

ACI Committee 340, 1997, 482 pp.,7-ring binder.


This publication highlights the design of structural reinforced concreteelements in accordance with the strength design method of ACI 318-95. Information is presented for the engineering, design andanalysis of beams, slabs, brackets, footings, pile caps, columns,two-way slabs, and seismic design. Included are design aids, suchas tables and graphs, intended to save time when performingroutine calculations. There are also design examples that illustratethe use of the design aids. Commentaries cover members in flexure,reinforcement, shear strength of beams and slabs, deflectioncontrol, columns, slab design, two-way action reinforcement, and

seismic considerations.

Building Code Requirements forMasonry Structures and Specification(Available Spring 2002)

530/530.1-02/530R/530.1R-02, 147 pp.Order Code: 053002.CT02$93.50 (ACI members $70.00)For details see page 46.

Code for Concrete Reactor Vesselsand ContainmentsJoint ACI-ASME Committee 359, 1998, 8-1/2 x 11 in. format.

This publication constitutes the requirements for the design,construction, and use of concrete reactor vessels and concretecontainment structures for nuclear power plants.

Available from: American Society of Mechanical Engineers,United Engineering Center, 345 E. 47th St., New York, NY 10017,telephone: 1-800-843-2763.

CODES

BEST SELLER!

BEST SELLER!REVISED!

Student Special SP-17Order Code: SP17ST/PACK.CT02

Students purchasing SP-17, Design Handbook, Volume I

directly from ACI by class orders pay only $61.00 per copy. A

minimum order of 10 copies is required and must be ordered

through a professor (please list the professor’s name). If 25 or

more copies are purchased, one free desk copy is supplied per

order, by request. Add appropriate UPS charges (see page 98).


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Code Requirements for Nuclear SafetyRelated Concrete Structuresand Commentary

ACI Committee 349, technical committee document 349/349R-01, 134 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 034901.CT02$115.00 (ACI members $69.00) PDF available

ACI 349/349R-01, Code Requirements for Nuclear Safety

Related Concrete Structures and Commentary , contains a newAppendix that provides design requirements for anchoring toconcrete. The main body covers the proper design and constructionof concrete structures that form part of a nuclear power plant andhave nuclear safety related functions. It doesn’t cover concretereactor vessels or concrete containment structures.

NEW!

REVISED !

Code Requirements for EnvironmentalEngineering Concrete Structuresand Commentary (Available Spring 2002)

ACI Committee 350, technical committee document 350/

350R-01, 392 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 035001.CT02$131.50 (ACI members $79.00) PDF available

ACI 350/350R-01, Code Requirements for Environmental

Engineering Concrete Structures and Commentary, coversthe structural design, materials selection, and construction ofenvironmental engineering concrete structures used forconveying, storing, or treating liquid, wastewater, or othermaterials such as solid waste.

Such structures are subjected to different loadings, moresevere exposure conditions, and more restrictive serviceabilityrequirements than normal building structures. Loadings includenormal dead and live loads plus loads from vibrating equipmentor hydrodynamic forces. Exposures include concentrated

chemicals, alternate wetting and drying, and freezing andthawing of saturated concrete. Serviceability requirementsinclude liquid-tightness and gas-tightness.

The document presents new material and modified portionsof ACI 318-95 that are applicable to environmental engineeringconcrete structures. ACI 350 is written as a legal documentand can be adopted by reference in a general building codeor in regulations governing the design and construction ofenvironmental engineering concrete structures.

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7/17/2019 Ac i 2002 Catalog


Compaction of Roller-CompactedConcreteACI Committee 309, technical committee document 309.5R-00,2000, 15 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 309500.CT02$24.50 (ACI members $14.00) PDF available

Roller-compacted concrete (RCC) is an accepted andeconomical method for construction dams and pavements.Achieving adequate compaction is essential in the developmentof the desired properties in the hardened material. The compactiondepends on many variables, including the materials used, mixtureproportions, mixing and transporting methods, discharge andspreading practices, compaction equipment and procedures, andlift thickness. The best performance characteristics are obtainedwhen the concrete is reasonably free of segregation, well-bondedat construction joints, and compacted at, or close to, maximumdensity. RCC offers a rapid and economical method of constructionwhere compaction practices and equipment are a majorconsideration in both design and construction.

CONSOLIDATION (CONT.)

Identification and Control of VisibleEffects of Consolidation on FormedConcrete SurfacesACI Committee 309, technical committee document 309.2R-98,1998, 11 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 309298.CT02$18.50 (ACI members $11.00) PDF available

This publication provides guidelines for identifying andcontrolling visible effects of consolidation on precast or cast-in-place formed concrete surfaces and includes a summary of directand indirect causes of such imperfections.

Guide to Consolidation of Concrete inCongested AreasACI Committee 309, technical committee document309.3R-92, 1992 (Reapproved 1997), 10 pp., also in

MCP-2 and the MCP CD-ROM.Order Code: 309392.CT02$18.50 (ACI members $11.00) PDF available

This guide describes techniques to overcome the difficultiescaused by design requirements that result in highly congested formsthat impede consolidation of concrete.

Consolidation of ConcreteSpecial Publication 96, 1987, 258 pp.Order Code: 00SP96.CT02$23.50 (ACI members $11.00)

This collection of 13 papers deals exclusively with thedevelopments and methodologies of concrete consolidation,such as equipment, consolidation of pavements, effects of

compaction on flexural behavior of fiber reinforced concrete,and propert ies of lean concrete subjected to vibrat ingcompaction, and much more.

CONSTRUCTION PRACTICESSee also CURING, CONSOLIDATION, PLACING, FORMWORK,


The Contractor’s Guide toQuality Concrete Construction

Joint ASCC/ACI, 1998, 107 pp.

Order Code: ASCC98.CT02$59.50 (ACI members $33.00)

This guide provides insight into proven construction practiceswhich will produce quality concrete construction. Contents includehow to organize for quality, concrete mix designs, foundations,formwork, reinforcement and embedments in structures, joints andreinforcement for slabs on grade, preparing for concreting,concrete placing and finishing, common field problems, and safety.

Concrete Fundamentals

ACI Committee E-703, Concrete Craftsman Series 0, 1993, 102 pp.

Order Code: 00CCS0.CT02$28.50 (ACI members $17.00)This publication on the entire construction process is essential

for the concrete industry newcomer. Topics covered includebatching and mixing, handling, placing, and consolidating, curingand protection, conveying, shotcrete, and vibration. Also includedis a complete glossary of terms.

Slabs on Grade

ACI Committee E-703, Concrete Craftsman Series 1, 1994,80 pp.Order Code: 00CCS1.CT02

$28.50 (ACI members $17.00)Topics in this publication include placing and finishing, includingsubgrade preparation, the use of vapor barriers, establishing grades,setting forms, placing reinforcement, and the proper techniques forfinishing and the use of all tools. Achieving and measuring slabtolerances (for flatness and levelness) are also described in detail.Details on jointing, curing and protection of slabs, and typicalproblems (such as shrinkage and curling, cracking, dusting, andscaling) are also discussed with some possible solutions provided.A complete appendix of definitions is also included.

CONSOLIDATION CONSTRUCTION PRACTICES

Special Consolidation Package Offer!Order Code: 309/PACK.CT02

$88.00 (ACI members $51.00)Buy all four publications and save $32.00: Guide for the

Consolidation of Concrete (309R-96), Behavior of Fresh Concrete During Vibration (309.1R-93), Identification and Control of Visible

Effects of Consolidation on Formed Concrete Surfaces (309.2R-98),and Guide to Consolidation in Congested Areas (309.3R-92). ACImembers save an additional $21.00 off the already discountedmember prices.

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CONSTRUCTION PRACTICES (CONT.)See also CURING, CONSOLIDATION, PLACING, FORMWORK,


Cast-in-Place Walls

ACI Committee E-703, Concrete Craftsman Series 2, 2000,102 pp.Order Code: CCS200.CT02

$28.50 (ACI members $17.00)The techniques and information in this new edition are useful

whether constructing a residential foundation with a small crew ora large engineered structure with a large construction crew. Areascovered include footings, formwork, joints, reinforcement andembedments, placing concrete, curing, wall finishes, concretematerials, and mix proportioning.

Supported Beams and Slabs

ACI Committee E-703, Concrete Craftsman Series 3, 1989,100 pp.Order Code: 00CCS3.CT02

$28.50 (ACI members $17.00)This publication offers the foreman and craftsman a source of

information to supplement practical experience. Chapters covershoring, reshoring, form removal, forms for flat slabs, forms for slabswith beams, layout, blockouts, embedments, reinforcements, concreteplacing and finishing, concrete materials, and mixture proportioning.

Shotcrete for the Craftsman

ACI Committee E-703, Concrete Craftsman Series 4, 2000,

59 pp.Order Code: 00CCS4.CT02$28.50 (ACI members $17.00)

This new publication describes and illustrates how to properlyplace quality shotcrete. Beginning with an explanation of whatshotcrete is, chapters cover equipment, materials,environmental conditions, inspection and surface preparation,placement principals and techniques, finishing and tolerances,safety, and testing.

Special Concrete Craftsman SeriesPackageBuy four of the Concrete Craftsman Series books and get

the fifth one FREE!

Concrete Craftsman SeriesOrder Code: CCS/PACK.CT02$114.00 (ACI members $70.00)


Practitioner’s Guide to HotWeather ConcretingPractitioner’s Guide 1, 1996, 75 pp.Order Code: 000PP1.CT02$55.50 (ACI members $31.00)

This compilation presents useful information on all aspects oconcreting in hot weather. Subjects covered include desigconsiderations, understanding how conditions such as hightemperature, low humidity, solar radiation, and wind affect concret

properties, and troubleshooting problems associated with hot weathe

Practitioner’s Guide to Cold WeatherConcretingPractitioner’s Guide 2, 1997, 184 pp.Order Code: 000PP2.CT02$63.50 (ACI members $39.00)

This compilation provides useful information on concreting icold weather and is loaded with practical tips from the expertsincluding articles. Topics include construction preparationcontrolling concrete mixtures, antifreeze admixtures, curing andprotection of concrete, safety issues, improving worker productivityand much more.

Practitioner’s Guide to Tilt-Up ConcreteConstructionPractitioner’s Guide 3, 1997, 184 pp.Order Code: 000PP3.CT02$63.50 (ACI members $39.00)

This compilation presents practical information on tilt-uconstruction practices. It is a valuable reference source for anyoninvolved in tilt-up construction: contractors; technicians; architectsengineers; and students. It also addresses architectural anstructural design, construction planning, panel erection and safetyand includes numerous examples of construction in action in thcase studies section.

Practitioner’s Guide to Slabs on GroundPractitioner’s Guide 4, 1998, 567 pp.Order Code: 000PP4.CT02$113.50 (ACI members $69.00)

This compilation provides the latest practical information on thdesign and construction of slabs on ground and is a valuable referencsource to all those involved in the concrete construction process.

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(CONT.)See also CURING, CONSOLIDATION, PLACING, FORMWORK,


Toolbox Meeting Flyers, Concrete Basics

ACI Committee E-703, Toolbox Meetings Flyer 1, 1996, 3-ringbinder, 12 topics, 10 sets of each.Order Code: 000TB1.CT02$51.50 (ACI members $37.00)

These flyers are designed to be used in short, informaldiscussions by the superintendent, engineer, or foreman directedto the carpenters, laborers, and cement masons. The topicsincluded in this group are an introduction to concrete, concretematerials, mixture proportioning, compressive strength, chemicaladmixtures, concrete control testing, air-entrained concrete, water-reducing admixtures, in-situ testing, adding water at the jobsite,cold weather concreting, and hot weather concreting.

Toolbox Meeting Flyers, ConcreteFormworkACI Committee E-703, Toolbox Meetings Flyer 2, 1998, 3-ringbinder, 12 topics, 10 sets of each.Order Code: 000TB2.CT02$51.50 (ACI members $37.00)

These flyers are designed to be used in a short, informaldiscussion by the superintendant, engineer, or foreman directedto the carpenters, laborers, and cement masons. The 12 flyersincluded in this group are: formwork planning, vertical loads andpressures, lateral loads and pressures, materials, shoring andfalsework, formwork preparation and stripping, tolerances,horizontal forming systems, vertical forming systems, architecturalconcrete, formwork checklists, and safety.

High-Strength ConcreteSeminar Course Manual 15, 1987, 272 pp.Order Code: SC1587.CT02$60.50 (ACI members $39.00)

This compilation of background material for ACI high-strengthconcrete seminars presents information on design, materials,quality control, testing, and construction.

Troubleshooting Concrete ProblemsSeminar Course Manual 17, 1987, 200 pp.Order Code: SC1787.CT02$49.50 (ACI members $30.00)

Potential problems with fresh and hardened concrete can beavoided. This compilation of background material for ACItroubleshooting seminars focuses on preventing these problemsfrom occuring.

Avoiding Failures in ConcreteConstructionSeminar Course Manual 19, 1989, 308 pp.Order Code: SC1989.CT02

$49.50 (ACI members $30.00)This compilation of background material for ACI failure seminars

discusses why construction failures have happened so that youare not doomed to repeat the mistakes of the past.

Concrete Site PavingSeminar Course Manual 28, 2001, 194 pp.

Order Code: SC2801.CT02$48.50 (ACI members $37.00)

This compilation of background material from ACI concretesite paving seminars includes up-to-date information on designingand constructing parking lots, hot and cold weather concreting, joints in concrete pavements, slab surface defects, and heavyindustrial concrete paving.

Special Construction Package Offer!Order Code: CONST/PACK.CT02$273.50 (ACI members $162)

Buy all six publications and save $90.00: The Contractors’ Guide to Quality Concrete Construction (ASCC98); Joints in Concrete

Construction (ACI 224.3R-95); Guide for Concrete Floor and Slab Construction (ACI 302.1R-96); Guide for Measuring, Mixing,Transporting and Placing Concrete ((ACI 304R-00); Standard

Specification for Curing Concrete (ACI 308-98); and Guide for Consolidation of Concrete (ACI 309R-96). ACI members save anadditional $54.00 off the already discounted member prices.

Batching, Mixing and Transportation ofReady-Mixed ConcreteVideocassette sponsored by ACI and PCA, 1992, 1/2 in. VHS,30 min., color.Order Code: 00EV01.CT02$279.00

This video covers the recommended procedures formanufacturing and delivering ready-mixed concrete based onASTM C 94. It covers weighing all of the different ingredients for abatch of concrete, the different types of stationary and transit mixers,delivery vehicles, transit times and techniques, and control of theconcrete at the jobsite. A short portion also covers inspection ofthe fresh concrete — typically the strength test results of a series ofconcrete cylinders.

Concrete Construction Engineering

HandbookBy: E. Nawy. Publisher: CRC Press LLC, 1997, 1152 pp., hardcover.Order Code: 00CCEH.CT02

$124.00For a description, see INDUSTRY PUBLICATIONS on page 83.

Concrete Construction HandbookPublisher: McGraw-Hill, Inc., 1993, 800 pp., hard cover.Order Code: 000CCH.CT02$99.00For a description, see INDUSTRY PUBLICATIONS on page 83.

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CONTROLLED LOW-STRENGTH

MATERIALSSee also CELLULAR CONCRETE

Controlled Low-Strength Materials (CLSM)ACI Committee 229, technical committee document 229R-99,


Controlled low-strength materials (CLSM) are self-compactedcementitious materials used primarily as backfill alternatives tcompacted fill.

Controlled Low-Strength MaterialsSpecial Publication 150, 1994, 119 pp.Order Code: 0SP150.CT02$40.50 (ACI members $18.00)

This Special Publication contains six papers that address lowstrength concrete and controlled low-strength materialsoptimization of flowable fill mix proportions; durability factoraffecting CLSM; freezing and thawing durability and early set anstrength development of CLSM; flowable backfill for pipelinbedding at the Denver International Airport; and soil-cement slurrpipe embedment.

CORROSIONSee also DURABILITY

Corrosion of Prestressing Steels

ACI Committee 222, technical committee document 222.2R-01,

43 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 222201.CT02$36.50 (ACI member $25.00)

ACI 222.2R-01, Corrosion of Prestressing Steels, covers currenpractices and research relating to corrosion in prestressed systemsThe report covers topics such as:

Factors that govern corrosion of steel in concrete;

Measures for protecting embedded metals in new construction

Techniques for detecting corrosion in structures in

service; and

Remedial procedures.

It includes a chapter that covers the various types oprestressing steel, with some discussion of metallurgicadifferences. ACI 222.2R also provides techniques, current anproposed, for evaluating prestressed structures with respect tcorrosion of strands and tendons.


(CONT.)See also CURING, CONSOLIDATION, PLACING, FORMWORK,


ACI Seminar — Concrete Parking Lotsand Site PavingThis 1-day seminar covers how to design, specify, and construct

economical and long-lasting concrete parking lots and siteelements, such as driveways, truck lanes, sidewalks, curbs, gutters,and architectural concrete. See pages 31-33 for detailedinformation about cities and dates offered in 2002, or visitwww.concreteseminars.com.

ACI Seminar — Reinforced Concrete DesignThis 2-day seminar covers design concepts and safety

provisions, flexural strength of members, serviceability, shearstrength of beams, development of reinforcement, combinedbending and axial compression, length effects on columns, designof two-way slabs and plates, footings, and designing for seismicforces. For information, visit www.concreteseminars.com.

ACI Seminar — Troubleshooting ConcreteConstruction

In this 1-day seminar, learn how to minimize problems withfresh concrete, slabs, vertical concrete, and structural concrete.Discussion includes techniques used to determine the causes ofproblems in the field and in the laboratory, including visualobservations, nondestructive testing, petrography, and chemicaltests. See pages 31-33 for detailed information about cities and

dates offered in 2002, or visit www.concreteseminars.com.

ACI Certification ProgramsConcrete Flatwork Finisher/TechnicianTilt-Up SupervisorShotcrete Nozzleman

ACI administers certification programs for Craftsmen and theirSupervisors see page(s) 14-17 for general program descriptionsand training materials; for local program availability and detailedinformation visit the Certif ication Section of ACI’swebsite: www.aci-int.org

CONSTRUCTION PRACTICES CONTROLLED LOW-STRENGTH MATERIALS

CORROSION

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CORROSION (CONT.)See also DURABILITY

Corrosion of Steel in ConcreteBy: J. P. Broomfield. Publisher: Chapman & Hall, 1996,240 pp., hard cover.Order Code: 00CSIC.CT02$108.00For a description, see INDUSTRY PUBLICATIONS on page 85.

CRACKINGSee also REPAIR

Control of Crackingin Concrete Structures

ACI Committee 224, technical committee document224R-01, 46 pp., also in MCP-2 and MCP CD-ROM.

Order Code: 022401.CT02$57.50 (ACI members $34.00)Cracks detract from the appearance of concrete structures, and

may indicate major structural problems. ACI 224R-01, Control of

Cracking in Concrete Structures, covers the principal causes ofcracking and also recommends crack-control procedures. Thedocument also discusses the long-term effects of cracking. ACI224R-01 is a revision of 224R-90. The updates include:

Discussion of fracture mechanics;

More information on controlling cracking caused by

drying shrinkage;

Revised information on crack-width predictive equations,

cracking in partially prestressed members, anchorage-

zone cracking, and flexural cracking in deep beams;

Crack control for concrete overlays, including fiber

reinforcement and polymer-modified concrete; and

More extensive information on the structural

consequences of cracking in mass concrete.

Causes, Evaluation, and Repair of Cracksin Concrete StructuresACI Committee 224, technical committee document 224.1R-93,1993 (Reapproved 1998), 22 pp., also in MCP-2 and the MCPCD-ROM.Order Code: 224193.CT02

$31.50 (ACI members $19.00) PDF availableThe causes, evaluations, and repair of cracks in concrete

structures are presented in this publication. Evaluation techniquesand criteria are also described.

Cracking of Concrete Members inDirect TensionACI Committee 224, technical committee document 224.2R-92, 1993 (Reapproved 1997), 12 pp., also in MCP-2 and the

MCP CD-ROM.Order Code: 224292.CT02$18.50 (ACI members $11.00) PDF available

Causes of direct tension cracking are reviewed, and equationsfor predicting crack spacing and crack width are presented.Methods for estimating post cracking axial stiffness are alsodiscussed. The report concludes with a review of methods forcontrolling cracking caused by direct tension.

The Visible and Invisible Crackingof ConcreteMonograph 11, by R. W. Burrows, 1998, 78 pp.Order Code: 000M11.CT02

$43.50 (ACI members $25.00)When concrete deteriorates, the blame usually falls on the

curing, the aggregate, the mixture, or the quality control. Cementcomposition is seldom considered. Perhaps this is because allcements of the same type are believed to be equal if they havepassed the same standard tests. However, cements of the sametype, but from different plants, can vary widely in the property ofextensibility (the resistance to cracking). Causes of self-stress arediscussed in relation to cement content, water-cement ratio, cementfineness, alkalies, admixtures, and other factors.

CORROSION CRACKING

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Special Cracking Combination Offer!Order Code: 224/PACK.CT02$84.50 (ACI members $50.00)

Purchase Control of Cracking in Concrete Structures (224-01);

Causes, Evaluation, and Repair of Cracks in Concrete Structures (224.1R-93); and Cracking of Concrete Members in Direct

Tension (224.2R-92) together and save! DISCOUNTS NOTAVAILABLE.

Design and Construction Practices

to Mitigate Cracking


Design and Construction Practices to Mitigate Cracking, ACI SP-204,

encompasses a wide range of subjects,including a detailed summary ofworldwide provisions for crack control inreinforced and prestressed concretebeams; two-way slabs and circular tanks.It also covers the latest Euro Code

provisions, including design examples;early-age thermal cracking; crackmitigation effects of shrinkage-reducingadmixtures fibers; repair of cracks;cracking in water-retaining structures;and an overview of the crackingdeveloped during the 1999 earthquakein Turkey.

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CREEP AND SHRINKAGESee also DEFLECTIONS

Prediction of Creep, Shrinkage, andTemperature Effects in ConcreteStructuresACI Committee 209, technical committee document 209R-92,1992 (Reapproved 1997), 47 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 020992.CT02$51.50 (ACI members $31.00) PDF available

This report presents the designer with a unified and directapproach to the problem of volume changes in concrete. The reportis generally consistent with ACI 318 and includes materialindicated in the Code, but not specifically defined therein.

Computer Analysis of the Effects ofCreep, Shrinkage, and TemperatureChanges on Concrete StructuresSpecial Publication 129, 1991, 191 pp.Order Code: 0SP129.CT02$75.50 (ACI members $34.00)

Computers and sophisticated testing methods have improvedour ability to predict the response of concrete structures to creeand shrinkage. This Special Publication compiles results of studieon this subject. Papers cover the effects of creep and shrinkage obehavior of a prestressed concrete railway bridge, reinforced andprestressed concrete columns, prestressed and partiallprestressed concrete beams, and numerous other topics.

CURING

Guide to Curing Concrete

ACI Committee 308, technical committee document 308R-0131 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 030801.CT02$40.50 (ACI members $24.00)

ACI 308R-01, Guide to Curing Concrete, describes commonlyaccepted procedures and materials for curing concrete. The guidcovers initial curing by fogging or liquid-applied evaporatioretarders, and final curing with water or moisture retention methodsOther topics include cold- and hot-weather curing, acceleratedcuring techniques, and curing methods for different types oconstruction including pavements and other slabs on groundbuildings and bridges, mass concrete, and colored concrete floorand slabs.

Standard Specificationfor Curing ConcreteACI Committee 308, technical committee document 308.1-98,1998, 9 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 308198.CT02$18.50 (ACI members $11.00) PDF available

This Specification provides requirements for alternative methodfor curing concrete, and the architect/engineer must not onlinclude this document by reference in the project specificationsbut must also identify the concrete elements that are to be curedand must choose the method to be used to cure those elements

CREEP AND SHRINKAGE CURING

The Adam Neville Symposium: Creep andShrinkage — Structural

Design EffectsSpecial Publication 194, 2000, 424 pp.Order Code: 0SP194.CT02$79.50 (ACI members $47.00)

This Special Publication is dedicatedto Adam Neville and contains 12 paperspresented at the Adam NevilleSymposium in Atlanta, Georgia, in 1997.Topics relating to creep and shrinkageinclude admixture and cementitiousmaterials effects, special high-performance considerations,temperature and humidity influences,reinforced and prestressed concrete

analysis and design procedures, plus much more. For moreinformation, call (248) 848-3800 or visit www.aci-int.org.

Creep and Shrinkage of Concrete: Effectof Materials and EnvironmentSpecial Publication 135, 1992, 100 pp.Order Code: 0SP135.CT02$63.50 (ACI members $29.00)

This Special Publication contains six papers covering theareas of prediction models, effects of admixtures and cementreplacement materials, relationship between creep and thermo-stresses, effects of fly ash and silica fume, characteristics ofcarbon f iber reinforced composites, and cement-

phosphogypsum mixtures.

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State-of-the-Art Report onTemperature-Induced Deflections ofReinforced Concrete MembersACI Committee 435, technical committee document 435.7R-85(Reapproved 1997), 1985, 14 pp., also in MCP-5 and the MCPCD-ROM.Order Code: 435785.CT02$14.50 (ACI members $9.00)

This report summarizes available methods for calculatingdeflections of reinforced concrete beams subjected totemperature change.

Observed Deflections of ReinforcedConcrete Slab Systems, and Causesof Large DeflectionsACI Committee 435, technical committee document 435.8R-85,1985 (Reapproved 1997), 47 pp.Order Code: 435885.CT02$45.50 (ACI members $29.00)

This report has two distinct parts. Part I is a summary of publishedstudies on slab deflections, and Part II summarizes severalconstruction problems and materials deficiencies which cancontribute to large long-term deflections.

CURING (CONT.)

Accelerated Curing of Concrete atAtmospheric PressureACI Committee 517, technical committee document517.2R-87 (92), 1992, 17 pp.

Order Code: 517292.CT02$25.50 (ACI members $14.00)

Accelerated curing of concrete is used extensively in theproduction of precast concrete structural members, pipe, masonryunits, and prestressed products. Steam curing is probably the mostwidely used method at the present time. Recent modifications andchanges in this method are discussed, as well as the effect of thecuring cycles.

In addition to steam curing, the effect of variations in the concretematerials on accelerated curing is discussed, as are specialcements and accelerators. Special treatments, includingcarbonation, accelerated drying, and heating concrete prior tomolding, are also covered.

DEFINITIONSSee also NOTATION

Cement and Concrete Terminology

ACI Committee 116, technical committee document 116R-00,2000, 73 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 011600.CT02$50.50 (ACI members $31.00) PDF available

This publication, updated in 2000, is the authoritativeglossary for cement and concrete terminology and provides

the indust ry wi th def in i t ions of the most -used terms.Alphabetically arranged, the document contains over 1400terms relating to cement manufacturing, construction, design,and research in concrete.

DEFLECTIONSSee also CREEP AND SHRINKAGE

Control of Deflectionin Concrete StructuresACI Committee 435, technical committee document 435R-95,1995 (Reapproved 2000), 77 pp., also in MCP-5 and the MCP

CD-ROM.Order Code: 043595.CT02$85.50 (ACI members $50.00) PDF available

This report presents a consolidated treatment of initial andtime-dependent deflection of reinforced and prestressedconcrete elements, such as simple and continuous beams andone-way and two-way slab systems. In addition, detailedcomputations for evaluating the deflection of beams and two-way action slabs and plates are given. These computations arein accordance with the current ACI/PCI-accepted methods ofdesign for deflection.

CURING DEFINITIONS DEFLECTIONS

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Code Provisions for Deflection Control

in Concrete Structures (ACI SP-203)contains 11 papers. Designers,constructors, and codifying jurisdictionswill benefit from reviewing deflection-control provisions in codes from othercountries and international entities. Other

topics include span/thickness limitationsfor deflection control, effect of flange widthon deflection and deflection predictions,bending stiffness effects, and time-dependent deflection and cracking effectson flat slabs. For more information, call(248) 848-3800 or visit www.aci-int.org.

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DETAILING

ACI Detailing Manual —Formerly referred to as 315

1994, 244 pp., spiral bound.

Order Code: SP6694.CT02$128.50 (ACI members $78.00)

This 1994 edition is divided into three sections. The firstsection contains the current standard Details and Detailing of Concrete Reinforcement (ACI 315-92). Unique sections havebeen developed for the engineer and detailer with a third partcontaining useful tables and figures.

The second section contains the Manual of Engineering and

Placing Drawings for Reinforced Structures (ACI 315R-94). Thissection presents valuable drawings. Included are the lateststandard designs developed by the Federal HighwayAdministration. All drawings conform to the ACI Building Code Requirements for Reinforced Concrete (ACI 318-89) (Revised1992) and illustrate recommended methods of presenting thedesign information needed to make the placing drawings.

The third section contains supporting reference data. Practicalinformation on reinforcing bars, welded wire fabric, and barsupports is provided.

The ACI Detailing Manual is a must for the design engineer,architect, detailer, contractor, and engineering student. Alwayshave answers to your detailing questions at your fingertips. Orderyour copy today!

DURABILITY See also ALKALI-AGGREGATE REACTION and CORROSION

Guide for Making a Condition Survey ofConcrete in ServiceACI Committee 201, technical committee document 201.1R-92,1992 (Reapproved 1997), 16 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 201192.CT02$20.50 (ACI members $11.00) PDF available

This guide provides a system for reporting on the condition ofconcrete in service. It includes a checklist of the many details to beconsidered in making a report, and provides standard definitionsof 40 terms associated with the durability of concrete.

Guide to Durable Concrete

ACI Committee 201, technical committee document 201.2R-01,41 pp., also in MCP-1, and the MCP CD-ROM.Order Code: 201201.CT02$62.00 (ACI members $37.00) PDF available

Although durability problems cause far more concrete distressthan structural overload, concrete doesn’t have to deteriorate underservice exposure. ACI 201.2R-01, Guide to Durable Concrete,

tells you how best to protect concrete that’s exposed to freezingand thawing, aggressive chemicals, reinforcement corrosion,harmful cement-aggregate reactions, abrasion, and otherpotentially destructive conditions.

The Guide devotes separate chapters to each type of concretedeterioration, with each chapter containing a discussion of thedeterioration mechanisms. To improve concrete durability, theGuide gives recommended requirements for individualcomponents of the concrete, quality considerations for concretemixtures, effects of construction procedures, and influences of theexposure environment. This revision of ACI 201.2R-92 contains anew section on physical salt attack and substantial changes to thesection on chemical sulfate attack. The guide also covers concreterepair and the use of protective-barrier systems.

Service-Life Prediction —State-of-the-Art Report

ACI Committee 365, technical committee document 365.1R-00,2000, 44 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 365100.CT02$32.50 (ACI members $20.00) PDF available

This report presents current information on the service-lifeprediction of concrete structures, and is important to both the ownerand design professional. Important service-life factors for concreteand methodologies for evaluating the condition of the structure,including definitions of key physical properties, are also presented.Techniques for predicting the service-life of concrete and therelationship between economics and service-life are discussed.The examples provided discuss which service-life techniques areapplied to concrete structures or concrete components andnecessary developments are identified.

DETAILING DURABILITY

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Water-Cement Ratio andOther Durability

Parameters —Techniques forDeterminationSpecial Publication 191, 1999, 117 pp.Order Code: 0SP191.CT02$50.50 (ACI members $30.00)

This publication of 8 papers is ofinterest to individuals involved inconcrete failure investigations,particularly those related to durability,and in quality control efforts aimed atassuring a durable structure.

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DURABILITY (CONT.)See also ALKALI-AGGREGATE REACTION and CORROSION

Ettringite — The Sometimes Hostof DestructionSpecial Publication 177, 1999, 265 pp.


Delayed ettringite formation (DEF), a form of internal sulfateattack, is a subject of considerable interest and concern as wellas of controversy. This Special Publication presents 16 papers ofvarying viewpoints and interpretation in hopes of stimulatingthinking and additional research, and possibly helping in theprocess of developing a more sound scientific understanding ofthe DEF phenomena.

Fourth CANMET/ACI InternationalConference on Durability of ConcreteSpecial Publication 170, 1997, 2 Vol., 1648 pp.


The proceedings of the Fourth CANMET/ACI InternationalConference on Durability of Concrete is a large collection(81 papers, two volumes) that deals with all aspects of concretedurability. Subjects include chloride and sulfate attack, freeze-thaw cycling, alkali-aggregate reactions, cathodic protection, andthe role of supplementary cementing materials to enhance thedurability of concrete. A number of papers deal with the durabilityof fiber-reinforced concrete and the performance of repairedstructures, and several papers discuss methods to predictcorrosion of steel in concrete and the service-life of structures.

Durability of Concrete –Third International ConferenceSpecial Publication 145, 1994, 1224 pp.Order Code: 0SP145.CT02 $104.50 (ACI members $47.00)

This Special Publication presents 65 papers from the ThirdInternational Conference and consists of two parts: Part 1 contains34 papers covering deicer salt scaling, freezing and thawingphenomenon, performance of concrete in marine environments,corrosion of steel, and numerous other topics: Part 2 contains 31papers covering topics such as alkali-aggregate reactivity,coatings for concrete, carbonation, high-volume fly ash concrete,and many more.

Designing Concrete Structures forServiceability and SafetySpecial Publication 133, 1992, 346 pp.Order Code: 0SP133.CT02$86.50 (ACI members $39.00)

Designing for serviceability and safety is central to the work ofstructural engineers, code-writing bodies, and the user. ThisSpecial Publication contains 16 papers and concentrates on topicsthat give the design engineer and contractor insight into how toavoid practices that could affect the integrity or long-termperformance of structural systems or elements.

Durability of ConcreteSpecial Publication 126, 1991, 2 Vol., 1370 pp.Order Code: 0SP126.CT02$163.50 (ACI members $74.00)

This Special Publication is a collection of papers presented athe Second International Conference on Durability of ConcreteSeventy papers are included in two volumes. Volume 1 contain

papers that deal with freezing and thawing, chloride-iopenetration corrosion, performance of epoxy-coated reinforcementand much more. Volume 2 deals with durability of fiber-reinforcedcomposites and concrete, shotcrete, alkali-aggregate reactioncarbonation, and many more topics.

Long-Term Serviceability of ConcreteStructuresSpecial Publication 117, 1989, 293 pp.Order Code: 0SP117.CT02$51.50 (ACI members $23.00)

Among the topics covered in this Special Publication arepredictions of temperature-induced crack patterns in cylindricaconcrete structures, seismic design based upon serviceability afteearthquakes, maintenance-free bridge decks, creep andshrinkage of structural concrete sections, and long-term durabilitfor nuclear power plant structures.

Bridge Durability and PerformanceCompilation 34, 1996, 77 pp.Order Code: 000C34.CT02$48.50 (ACI members $29.00)

Examples of topics of the papers in this compilation include“Durability Study of a 35-Year Old Post-Tensioned Bridge,“Prestressed Concrete Bridges in Adverse Environments,“Prestressed Concrete Bridge Durability in Delaware,” “PrestresseConcrete Members Affected by Alkali-Silica Reaction,” “Jointles

Bridges—the Knowns and Unknowns,” “Sealing to ImproveDurability of Bridge Infrastructure Concrete,” “ConstructioProcedures for Rapid Replacement of Bridge Decks,” and “EarlyAge Transverse Deck Cracking.” This compilation is an excellenaddition to any library.

Concrete Durability: Corrosion ProtectionCompilation 25, 1993, 64 pp.Order Code: 000C25.CT02$39.50 (ACI members $23.00)

This is a special compilation of selected articles on the subjecof concrete durability from Concrete International magazine. Asmall sampling of the subject areas include: chloride-inducedcorrosion; corrosion inhibitors in concrete; evaluation of bridge

deck protective strategies; concrete cracking in coastal areas witproblems and solutions; sealing to improve durability of bridgeinfrastructure concrete; and mesh-based cathode deck protection

DURABILITY


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for more information on ACI seminars, visit www.co

Repair of Concrete Workshop (2-Day)

Concrete Repair Basics

Troubleshooting Concrete Construction

Concrete Parking Lots & Site Paving

Practical Concrete Materials

Fiber-Reinforced Concrete

Reinforced Concrete Design (2-Day)

How to Design Masonry Structures (1.5-Day)

Slabs on Ground

LAS VEGASMay 23

DALLAS

April 9May 10

ALBUQUERQUEMay 2 & 3

TULSA April 17

DENVERMay 15

PHOENIX April 30

KANSAS CITY May 15

ST. LOUISMay 16

LITTLE ROCK

March 27

LOS ANGELESApril 3

May 20 & 21

SAN DIEGOMarch 25 & 26

MEMPHISApril 15 & 16

NASHVILLEApril 19

BIRMINGHAM

April 18

TAMPA April 10

NEW ORLEANSMay 16

F

CINApr

DETROIT April 25

June 6 & 7

GRAND RAPIDSMay 22

INDIANAPOLISMay 23

CHICAGOApril 15 & 16May 23

MINNEAPOLIS

April 17May 13 & 14

SEATTLE

March 20May 2 & 3

PORTLANDMay 9

SF / BERKELEY April 11May 22 & 23

SALT LAKE CITY May 22

EL PASOMay 8

HOUSTONApril 3May 2

SAN ANTONIOMay 6 & 7

AUSTINApril 10

X

X

X

X

X

X

X

X

X

X

X = PDH’s required

X

X

X

X

Dates subject to change.

TOPEKA

March 19

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For more information on ACI seminars, visit www.concreteseminars.com 318-02 BUILDING CODE(3182) With free publications worth $250.50 GAS Atlanta, GA / May 16 & 17MAS Boston, MA / June 4 & 5ILS Chicago, IL / April 15 & 16MIS Detroit, MI / June 6 & 7LAS Los Angeles, CA / May 20 & 21

FLS Miami, FL / May 7 & 8MNS Minneapolis, MN / May 13 & 14OFS Orlando, FL / May 9 & 10CAS San Francisco, CA / May 22 & 23WAS Seattle, WA / May 2 & 3

TROUBLESHOOTING CONCRETE CONSTRUCTION(TRO2) With free publications worth $263.00 ALS Birmingham, AL / April 18ILS Chicago, IL / May 23TXS Dallas, TX / April 9FLS Jacksonville, FL / May 9MAS Miami, FL / April 4PAS Philadelphia, PA / March 28PTS Pittsburgh, PA / May 7CAS San Francisco, CA / April 11KSS Topeka, KS / March 19

SLABS ON GROUND(SLA2) With free publications worth $166.00 NYS Albany, NY / May 2DLS Dallas, TX / May 10

FLS Ft. Myers, FL / April 9ARS Little Rock, AR / March 27TNS Nashville, TN / April 19AZS Phoenix, AZ / April 30DCS Washington, DC / May 13

REPAIR OF CONCRETE WORKSHOP (TWO DAY)(ROC2) With free publications worth $160.50 NMS Albuquerque, NM/ May 2 & 3MDS Baltimore, MD / May 13 & 14OHS Cincinnati, OH / April 15 & 16FLS Orlando, FL / April 3 & 4CAS San Diego, CA / March 25 & 26

SPECIFICATIONS FOR STRUCTURAL CONCRETE(SPC2) With free publications worth $145.50 GAS Atlanta, GA / June 6MIS Detroit, MI / April 25

SUPPLEMENTARY CEMENTITIOUS MATERIALS(CEM2) With free publications worth $241.00 NVS Las Vegas, NV / May 23ORS Portland, OR / May 9

CONCRETE REPAIR BASICS(REP2) With free publications worth $156.50 NCS Charlotte, NC / May 10NJS New Brunswick (Edison), NJ / April 9PAS Pittsburgh, PA / March 19

HOW TO DESIGN MASONRY STRUCTURES (1 1/2 DAY)(MDG2) With free publications worth $175.00 GAS Atlanta, GA / March 18 & 19TNS Memphis, TN / April 15 &16FLS Miami, FL / May 22 & 23

TXS San Antonio, TX / May 6 & 7VAS Williamsburg, VA / April 4 & 5

PRACTICAL CONCRETE MATERIALS(PRA2) With free publications worth $199.50 NCS Charlotte, NC / March 21COS Denver, CO / May 15EPS El Paso, TX / May 8TXS Houston, TX / April 3UTS Salt Lake City, UT / May 22

FLS Tampa, FL / April 10OKS Tulsa, OK / April 17

PARKING LOTS AND SITE PAVING(PAV2) With free publications worth $127.00 TXS Austin, TX / April 10MAS Boston, MA / April 30OHS Cleveland, OH / March 19MIS Grand Rapids, MI / May 22KCS Kansas City, MO / May 15CAS Los Angeles, CA / April 3MNS Minneapolis, MN / April 17MOS St. Louis, MO / May 16

FIBER-REINFORCED CONCRETE(FBR2) With free publications worth $224.00 GAS Atlanta, GA / April 18TXS Houston, TX / May 2INS Indianapolis, IN / May 23LAS New Orleans, LA / May 16ORS Orlando, FL / June 6WAS Seattle, WA / March 20

Dates are subject to change.

To register, please circle date and location above. Complete this form and fax, mail, or phoneas shown below. Additional dates and locations may be available, please call ( 248 ) 848-3815.(CODE: CI) 03-121801

By web: www.concreteseminars.com

By mail: Member ServicesP.O. Box9094Farmington Hills, MI48333-9094

By fax: ( 248 ) 848-3801

By phone: Member Services( 248 ) 848-38158:00 - 5:00 ET.

Make checks payable to ACI, or charge to: VISA MASTERCARD

account no. exp. date

Charge to my ACI member account (current ACI National Members only). Registration from all others must beaccompanied by full payment, charged to a credit card, or reserved by government or company purchase order(ACI Federal ID No. 38-0296490 ). All payments must be in U.S. funds.

I have a disability and may require accommodation in order to fully participate in the seminar.

Company: Total Registration Fees: $

Address: City, State, Zip:

Phone Number: Fax Number: E-mail:

MULTIPLE ATTENDEE DISCOUNT: The first individual from a firm pays the applicable seminar registration fee shown above. All others from the same firmmay take a discount from the applicable fee of $100.00 for the one-day seminars and the 318-02 Building Code, $150.00 for the one and a half dayMasonry Designers’ Guide seminar, or $200.00 for the two-day seminar. To qualify for this discount, registrations from all individuals must be received atone time. This discount does not apply to the discounted seminar fees for ACI Chapter Officers and full-time students.

To qualify for the discounted ACI National Member Seminar Fee, please provide your 6-digit numeric ACI Member number next to each name below.Discounted student seminar fee is for full-time students only. Include current proof of enrollment with your registration.

Name:

Name:

Name:

Registration Fee: $

Registration Fee: $

Registration Fee: $

Name: Registration Fee: $

One-Day Seminars

$419 Registration Fee

$224 ACI Chapter Officers

$379 ACI National Members

$123 Full-Time Students

Two-Day Seminar:Repair of Concrete Workshop



$679 ACI National Members


One & One-Half Day Seminar:Design of Masonry Structures



$559 ACI and TMS National Members


One and One-Half Day Seminar:318-02 BUILDING CODE



$619 ACI and PCA National Members

$619 Employees of PCA Member Firms


7/17/2019 Ac i 2002 Catalog


FIBER-REINFORCED CONCRETEOne-day seminar for specifiers, design engineers, architects, government agencies, contractors, testing agencies, and material suppliers.

The use of synthetic, steel, glass, and natural fibers in concrete. This

seminar will present an overview of the various types of fibers, themechanics of fiber reinforcement, techniques for mixing in concrete,

placing, finishing, and examples in application. This seminar is worth

7.5 PDHs or 0.75 CEUs.Free publications, a $224.00 value, are included.

CONCRETE REPAIR BASICSOne-day seminar for engineers, repair contractors, material suppliers,maintenance personnel, and public works engineers.

Seminar covers condition surveys, repair techniques, repair materials,

cracks and joints, application of repair techniques, and case studies.

This seminar is worth 7.5 PDHs or 0.75 CEUs.Free publications, a $156.50 value, are included.

TROUBLESHOOTING CONCRETE CONSTRUCTION

One-day seminar for contractors, design engineers, specifiers, government agencies, and material suppliers.

Learn how to minimize problems with fresh concrete, slabs, vertical

concrete, and structural concrete. Discussion to include techniques

used to determine the causes of a problem in the field and in the

laboratory, including visual observations, nondestructive testing,

petrography, and chemical tests. This seminar is worth 7.5 PDHs or 0.75

CEUs.Free publications, a $263.00 value, are included.

CONCRETE PARKING LOTS AND SITE PAVINGOne-day seminar for specifiers, design engineers, architects, landscape

architects, contractors, inspectors, testing agency representatives, and material suppliers.

How to design, specify, and construct economical and long-lasting

concrete parking lots and site elements such as driveways, truck

lanes, sidewalks, curbs, gutters, and architectural concrete. Thisseminar is worth 7.5 PDHs or 0.75 CEUs.

Free publications, a $127.00 value, are included.

PRACTICAL CONCRETE MATERIALSOne-day seminar for engineers, designers, specifiers, material suppliers,concrete producers, and contractors.

This seminar will cover the quality material selection and specifying of

concrete and concrete materials including cements, slag, fly ash, silica

fume, blended cements, aggregates, and chemical admixtures. Also

included is an overview of various testing procedures for fresh concrete,

the proper evaluation of test results, and what to do when test results are

unacceptable. This seminar is worth 7.5 PDHs or 0.75 CEUs.


318 BUILDING CODEOne and one-half day seminar for concrete designers and structural engineers (cosponsored by PCA).

An intensive seminar on the significant changes in the ACI 318-02 Building Code Requirements for Structural Concrete. Learn each change, why it was

made, and work through real-life examples. This seminar is worth 11

PDHs or 1.1 CEUs. Free publications, a $250.50 value, are included.

SLABS ON GROUNDOne-day seminar for specifiers, architects, contractors, building owners,

and government agencies.Seminar will cover soil support systems, concrete materials

analysis, curling of joints and cracks, slab system design, reinforcingof slabs on ground, joint detailing and load transfer, floor surface

flatness, and curing and surface treatments. This seminar is worth

7.5 PDHs or 0.75 CEUs.


REPAIR OF CONCRETE WORKSHOPTwo-day workshop for owners and facility managers, concrete specialists and general contractors, civil and structural engineers, material

suppliers, and architects.An in-depth “how-to” on ways to do reliable concrete repairs: deter-

mine causes of concrete deterioration, prepare for concrete repair,

concrete repair techniques, review research advancements, and actual

case histories. This seminar is worth 15 PDHs or 1.5 CEUs.Free publications, a $160.50 value, are included.

HOW TO DESIGN MASONRY STRUCTURESOne and one-half day seminar for design professionals (cosponsored with TMS).

Learn to design masonry structures using the 3rd edition of the Masonry Designers’ Guide. Masonry is a major component of nearly

every building. And because building codes are mandating increased

design care, you need a working knowledge of masonry design to

ensure the proper performance of buildings while potentially making

them more economical. This seminar will provide you with an

excellent background on masonry design by focusing on everyday

problems and solutions. Cosponsored by The Masonry Society. This

seminar is worth 10 PDHs or 1.0 CEUs.Free publications, a $175.00 value, are included.

SUPPLEMENTARY CEMENTITIOUS MATERIALS

One-day seminar for specifiers, designers, engineers, material suppliers,concrete producers, and contractors.

The seminar will cover the use of a wide range of supplementary

cementitious materials, which includes various types of fly ashes,

ground granulated slag, silica fume, metakaolin, and other natural

pozzolans. The origin and nature of each material and its effects on

fresh and hardened concrete properties, and durability in various

aggressive environments will be discussed. The impact on construc-

tion practices using the materials will also be reviewed. This seminar

is worth 7.5 PDHs or 0.75 CEUs.Free publications, a $241.00 value, are included.

SPECIFICATIONS FOR STRUCTURAL CONCRETEOne-day seminar for users and writers of specifications: engineers,

architects, testing laboratories, contractors, and material suppliers.

This seminar includes an introduction to ACI documents: Codes,

Specifications, Guides and State-of-the-Art Reports. Language, format,optional, mandatory, and submittal checklists will be covered. The

seminar is a “how-to” review regarding the use and interpretation of ACI

301, Specifications for Structural Concrete. The day will end with case

studies of enforcing specifications: Do they cause or resolve project

conflict? This seminar is worth 7.5 PDHs or 0.75 CEUs.


For more information on ACI seminars, visit www.concreteseminars.com

PROFESSIONAL DEVELOPMENT HOURS (PDHs)ACI awards Continuing Education Units (CEUs) for all seminars. Professional Engineers can convert these to Professional DevelopmentHours (PDHs) to fulfill continuing education requirements. See course descriptions above for the CEU and PDH value for each seminar.

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DURABILITY (CONT.)See also ALKALI-AGGREGATE REACTION and CORROSION

Durable ConcreteCompilation 24, 1993, 71 pp.Order Code: 000C24.CT02$37.50 (ACI members $22.00)

This compilation contains important information found in articleson topics including long service life of concrete, designconsiderations for service life, research innovations for durableconcrete, the use of fly ash, economic considerations, water andits role in concrete, concrete in a sulfate environment, the use ofsuperplasticizers, effect of curing on durability, shotcrete durability,and exposed aggregate concrete.

Designing, Specifying, and Constructionfor Durable ConcreteSeminar Background Material 4, 1994, 311 pp.Order Code: SBM494.CT02$71.50 (ACI members $45.00)

This compilation of background material for ACI durabilityseminars addresses the topics of high-performance concrete,concrete mixture optimization, corrosion of metals in concrete,concrete inspection, admixtures, durability requirements, qualityin construction, and design considerations for service life.

EPOXIESSee also POLYMER CONCRETE and REPAIR

Use of Epoxy Compounds with ConcreteACI Committee 503, technical committee document 503R-93,1993 (Reapproved 1998), 28 pp., also in MCP-5 and the MCPCD-ROM.

Order Code: 050393.CT02$41.50 (ACI members $25.00) PDF availableThis document covers properties, uses, preparations, mixtures,

applications, and handling requirements of epoxy resin systemswith concrete and mortar.

Four Epoxy SpecificationsACI Committee 503, 1992 (Reapproved 1997), 21 pp., boundset of standards (503.1-92-503.4-92), also in MCP-5 and theMCP CD-ROM.Order Code: 503192.CT02$31.50 (ACI members $19.00) PDF available

This publication includes the following documents: Standard

Specifications for Bonding Hardened Concrete Steel, Wood, Brick,

and Other Materials to Hardened Concrete with a Multi-

Component Epoxy Adhesive (503.1-92) (Reapproved 1997);Standard Specification for Bonding Plastic Concrete to Hardened

Concrete with a Multi-Component Epoxy Adhesive (503.2-92)(Reapproved 1997); Standard Specification for Producing a Skid-

Resistant Surface on Concrete by the Use of a Multi-Component

Epoxy System (503.3-92) (Reapproved 1997); and Standard

Specification for Repairing Concrete with Epoxy Mortars

(503.4-92) (Reapproved 1997).

Guide for the Selection of PolymerAdhesives with ConcreteACI Committee 503, technical committee document 503.5R-92(Reapproved 1997), 1992, 16 pp., also in MCP-5 and the MCPCD-ROM.Order Code: 503592.CT02$22.50 (ACI members $13.00)

This guide provides the engineer, contractor, and architecwith a description of the various types of polymer adhesivesmost frequently used for adhesive bonding of fresh concreteto cured concrete, repair of cracks in concrete, bondingconcrete to other materials, and adhesive grouting of boltand other inserts into concrete.

Guide for the Application of Epoxy andLatex Adhesives for Bonding FreshlyMixed and Hardened ConcretesACI Committee 503, technical committee document 503.6R-97,1997, 4 pp., also in MCP-5 and the MCP CD-ROM.

Order Code: 503697.CT02$18.50 (ACI members $11.00) PDF availableThis guide provides information, requirements, and procedures

necessary to achieve a bond between freshly mixed and hardenedconcretes by use of either epoxy or latex adhesives.

Epoxy Injection in ConstructionBy: John Trout. Publisher: The Aberdeen Group, 1997,80 pp., hard cover.Order Code: 000EIC.CT02$67.00For a description, see INDUSTRY PUBLICATIONS on page 85.

EVALUATIONSee also TESTING and NONDESTRUCTIVE TESTING

Strength Evaluation of ExistingConcrete BuildingsACI Committee 437, technical committee document 437R-91(97),1991 (Reapproved 1997), 24 pp., also in MCP-5 and the MCPCD-ROM.Order Code: 043791.CT02$17.50 (ACI members $11.00)

These recommendations indicate when a strength evaluationmay be needed, establish criteria for selecting the evaluationmethod, and indicate the data and conditions necessary foconducting either type of evaluation.

DURABILITY EPOXIES EVALUATION

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Guide for the Design, Construction, andRepair of FerrocementACI Committee 549, technical committee document 549.1R-93,1993 (Reapproved 1999), 30 pp., also in MCP-6 and the MCPCD-ROM.Order Code: 549193.CT02$35.50 (ACI members $22.00) PDF available

This guide provides technical information on materials andmaterial selection, design criteria and approaches, constructionmethods, maintenance and repair procedures, and testing. Theobjectives are to promote more effective use of ferrocement interrestrial structures, provide architects and engineers with thenecessary tools to specify and use ferrocement, and provideowners or their representatives with a reference document to checkthe acceptability of a ferrocement alternative in a given application.

Thin Reinforced Concrete Productsand SystemsSpecial Publication 146, 1994, 156 pp.Order Code: 0SP146.CT02$47.50 (ACI members $21.00)

This Special Publication of 10 papers is a result of an internationalsymposium that addressed the various aspects of thin-sheet products.The papers included cover tensile and bending behavior, syntheticfiber use, statistical evaluation of physical properties, mathematicalmodeling, pavement over applications, and much more.

Thin-Section Fiber Reinforced Concreteand FerrocementSpecial Publication 124, 1990, 448 pp.Order Code: 0SP124.CT02$41.50 (ACI members $19.00)

Thin-section fiber reinforced concrete is portland cementconcrete or mortar with dispersed, randomly oriented discreetfibers composed of metal, mineral, or synthetic/natural organicmaterials. This Special Publication includes 21 papers covering abroad variety of topics.

Ferrocement and LaminatedCementitious CompositesBy A. E. Naaman. Publisher: Technopress, 2000, 372 pp.Order Code: 00FLCC.CT02$77.00For a description, see INDUSTRY PUBLICATIONS on page 86.

EVALUATION FATIGUE FERROCEMENT

EVALUATION (CONT.)See also TESTING and NONDESTRUCTIVE TESTING

New Experimental Techniques forEvaluating Concrete Material andStructural Performance


This Special Publication contains information on techniques,devices, and instrumentation for assessing the performance ofconcrete structures in the field and laboratory. Topics coveredinclude novel in-place strength measurements, image processingof damaged surfaces, correlation of ultrasonic readings anddamage, large-scale impact testing and correlation to laboratorytests, and much more.

Strength Evaluation of ExistingConcrete BridgesSpecial Publication 88, 1985, 268 pp.


This Special Publication covers condition surveys, analyticalinvestigation methods, in-situ load testing, laboratory modelingand testing, deflection measurement methods, and much more.Case histories are also included.

FATIGUESee also IMPACT

Considerations for Design of ConcreteStructures Subjected to Fatigue LoadingACI Committee 215, technical committee document 215R-74,

(Revised 1992) (Reapproved 1997), 24 pp., also in MCP-1 andthe MCP CD-ROM.Order Code: 021592.CT02$35.00 (ACI members $21.00) PDF available

This publication aids the practicing engineer confronted withconsideration of repeated loading on concrete structures.Investigations of the fatigue properties of component materials —concrete, reinforcing bars, welded reinforcing mats, andprestressing tendons — are reviewed. Applications of thisinformation are discussed.

FERROCEMENT

State-of-the-Art Report on FerrocementACI Committee 549, technical committee document 549R-97,1997, 26 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 054997.CT02$29.50 (ACI members $18.00)

This report provides technical information on properties,performance, and applications of ferrocement, and discussesphysical and mechanical properties, including strength, impactresistance, durability, and fire resistance.

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FIBER REINFORCED POLYMERS

State-of-the-Art Report on Fiber ReinforcedPlastic (FRP) Reinforcement for ConcreteStructuresACI Committee 440, technical committee document 440R-96,


The use of fiber reinforced plastics (FRP) as reinforcement forconcrete structures has been growing rapidly in recent years. Inaddition to the material properties of the constituents, designphilosophies for reinforced and prestressed elements arediscussed. Strengthening of existing structures with FRPs and fieldapplications of these materials are also presented.

Guide for the Design and Construction ofConcrete Reinforced with FRP Bars

ACI Committee 440, technical committee document440.1R-01, 2001, 41 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 440101.CT02$54.50 (ACI members $39.00) PDF available

This first publication in ACI’s Emerging Technology Series describesthe unique material properties of fiber-reinforced polymer (FRP)reinforcing bars. FRP bars offer advantages over steel bars becausethey don’t corrode and some FRP bars are nonconductive. Due toother differences in the physical and mechanical behavior of FRPmaterials versus steel, engineers and builders need unique designand construction guidance for concrete structures reinforced withFRP. This guide provides committee recommendations for engineeringand construction, based on knowledge gained from worldwideexperimental research, analytical work, and field applications of FRP-

reinforced concrete. Topics include physical and mechanical propertiesof FRP bar materials, material requirements and construction practices,design recommendations for flexure and shear, temperature andshrinkage reinforcement, development length and splicing, and usesof FRP in slabs on grade.

Fiber-Reinforced Plastic Reinforcementfor Concrete StructuresSpecial Publication 138, 1992, 988 pp.Order Code: 0SP138.CT02$147.50 (ACI members $66.00)

This Special Publication on FRP includes 55 technical papersfrom around the world covering research, design, and applications.

The six sections of this publication deal with: Material Propertiesand Testing Methods; Reinforcement for Reinforced Concrete;Reinforcement for Prestressed Concrete; Analysis and Design;Japanese National Project for FRP Development; and Applications.

FIRE RESISTANCE

Guide for Determining Fire Endurance ofConcrete Elements

ACI Committee 216, technical committee document216R-89 (Reapproved 2001), 48 pp., also in MCP-1 and theMCP CD-ROM.Order Code: 021689.CT02$64.50 (ACI members $38.00) PDF available

This guide contains information for determining the fireendurance for simple support slabs and beams, continuous slabsand beams, floors and roofs in which restraint to thermal expansionoccurs, walls, and reinforced concrete columns. Information is alsogiven for determining the fire endurance of certain concretemembers based on heat transmission criteria.

Standard Method for Determining theFire Resistance of Concrete and MasonryConstruction AssembliesACI Committee 216, technical committee document 216.1-97,1997, 26 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 216197.CT02$59.50 (ACI members $35.00) PDF available

Fire resistance of building elements is an importantconsideration in building design. While structural designconsiderations for concrete and masonry at ambient temperature

conditions are addressed by ACI 318 and ACI 530/ASCE 5/TMS402, respectively, these codes do not consider the impact of fireon concrete and masonry construction. The standard portion ofthis document contains such design and analytical procedures fordetermining the fire resistance of concrete and masonry membersand building assemblies.

FIBER REINFORCED POLYMERS FIRE RESISTANCE

Fourth InternationalSymposium on FiberReinforced PolymerReinforcement forReinforced Concrete

StructuresSpecial Publication 188, 1999, 1182 pp.Order Code: 0SP188.CT02$131.50 (ACI members $78.00)

This volume presents 24 papers fromthe Fourth International Symposium andrepresents a significant expansion in the

state of knowledge that has occurred since the First Symposiumin 1993.

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FORMWORK (CONT.)

Forming Economical Concrete Buildings—Proceedings of the Third InternationalConferenceSpecial Publication 107, 1988, 212 pp.


Considering that the cost of formwork can represent half thecost of construction, it should be carefully considered prior to designand construction. Consisting of 12 papers, this Special Publicationoffers a variety of ideas that can lead to substantial savings informwork costs.

FormworkCompilation 26, 1994, 84 pp.Order Code: 000C26.CT02$47.50 (ACI members $29.00)

This is a special compilation of selected articles on the subject offormwork from Concrete International magazine. Fifteen papersfeature subjects including construction live loads caused by powerbuggies, interactive vertical formwork selection systems, interactivehorizontal formwork selection systems, textile form methods toimprove concrete durability, steel forms speed construction of upperdeckbents, formwork for architectural concrete, formwork removal,formwork release agents, air-supported forming, movable air formstructures for containing airborne releases, fabric forms for concrete,modular structural forming systems for shotcrete, and precastconcrete stay-in-place forming systems for lock-wall rehabilitation.

Toolbox Meeting Flyers, Concrete FormworkACI Committee E-703, Toolbox Meeting Flyers No. 2, 1998,3-ring binder, 12 topics, 10 sets of each.

Order Code: 000TB2.CT02$51.50 (ACI members $37.00)These flyers are designed to be used in a short, informal

discussion by the superintendant, engineer, or foreman directedto the carpenters, laborers, and cement masons. The 12 flyersincluded in this group are formwork planning, vertical loads andpressures, lateral loads and pressures, materials, shoring andfalsework, formwork preparation and stripping, tolerances,horizontal forming systems, vertical forming systems, architecturalconcrete, formwork checklists, and safety.

FOUNDATIONS

Specification for the Constructionof Drilled Piers

ACI Committee 336, technical committee document336.1-01, 2001, 22 pp., also in MCP-3 and the MCP CD-ROM.Order Code: 336101.CT02$20.00 (ACI members $12.50)

ACI 336.1, Specification for the Construction of Drilled Piers , isa reference specification for drilled-pier construction and includesrequirements for delivery, handling, and storage of the casing,drilling excavation, soil testing, placing of concrete and reinforcingsteel, and inspection.

Suggested Analysis and Design Proceduresfor Combined Footings and MatsACI Committee 336, technical committee document 336.2R-88,1988 (Reapproved 1993), 27 pp., also in MCP-3 and the MCPCD-ROM.Order Code: 336288.CT02$27.50 (ACI members $16.00) PDF available

This publication deals with the design of foundations supportingmore than a single column known as combined footings and mats.The report excludes slabs on grade.

Design and Construction of Drilled PiersACI Committee 336, technical committee document336.3R-93, 1993 (Reapproved 1998), 30 pp., also MCP-3and the MCP CD-ROM.Order Code: 336393.CT02$42.50 (ACI members $25.00) PDF available

This publication covers the design and construction offoundation piers 30 in. (760 mm) in diameter or larger made byexcavating a hole in the earth and then filling it with concrete.

Grouting between Foundations and Basesfor Support of Equipment and MachineryACI Committee 351, technical committee document 351.1R-99,1999, 18 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 351199.CT02$30.50 (ACI members $18.00) PDF available

This report provides an overview of current practices of groutingfor support of equipment and machinery. Materials and installationmethods are described for hydraulic cement and epoxy grouts,used as the load transfer material between equipment bases andtheir foundations. A list of standard test methods and specificationsis also included.

Foundations for Static EquipmentACI Committee 351, technical committee document 351.2R-94,1994 (Reapproved 1999), 30 pp., also in MCP-4 and the MCPCD-ROM.Order Code: 351294.CT02$43.50 (ACI members $26.00) PDF available

This report presents the various design criteria, and methodsand procedures of analysis, design, and construction currently beingapplied to static equipment foundations by industry practitioners.

Design, Manufacture, and Installation ofConcrete Piles

ACI Committee 543, technical committee document 543R-00,2000, 49 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 054300.CT02$45.50 (ACI members $27.00) PDF available

This report presents recommendations to assist the designarchitect/engineer, manufacturer, field engineer, and contractor innumerous construction projects. The introductory chapter providesdescriptions of the various types of piles and definitions used inthe report. Other information includes factors that should beconsidered in the design of piles and a discussion of factors thataffect the load-carrying capacities of different types of piles.

FORMWORK FOUNDATIONS

REVISED!

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Fracture Mechanics for ConcreteMaterials: Testing and Applications

Special Publication 201, 2001, 286 pp.Order Code: 0SP201.CT02Price: $55.50 (ACI members $31.00)

Fracture mechanics concepts arincreasingly being used in designingconcrete structures and iunderstanding the fundamentabehavior of concrete-like materialsFracture-mechanics concepts also havethe potential for use in designin

concrete-FRP composites and irepairing concrete structures. Severaof the 15 papers in SP-201, FractureMechanics for Concrete Materials , deawith these topics. Determining thfracture properties of concrete materialfor various applications requireselecting the proper testing method, an

many papers in the volume cover this issue. By reading SP-201practitioners, researchers, and potential users of fracturemechanics concepts will learn of the recent technologicaadvances, engineering applications, and research resultpresented.

Finite Element Analysis of Fracture inConcrete Structures: State of the ArtACI Committee 446, technical committee document 446.3R-971997, 33 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 446397.CT02$59.50 (ACI members $35.00) PDF available

Fracture is an important mode of deformation and damage i

both plain and reinforced concrete structures. To accurately predicfracture behavior, it is often necessary to use finite elemenanalysis. This report describes the finite element analysis ofracture in concrete.

Interface Fracture and BondSpecial Publication 156, 1995, 216 pp.Order Code: 0SP156.CT02$58.50 (ACI members $26.00)

Interfaces, such as mortar-aggregate and cement matrix-fibeinterfaces, affect the mechanical behavior of concrete compositesThis Special Publication of 11 papers captures the latest thinkingregarding interface fracture and bond, with the understanding thaas the performance of materials is improved and composite

become tougher, fracture and bond characteristics change.

Concrete Design Based on FractureMechanicsSpecial Publication 134, 1992, 176 pp.Order Code: 0SP134.CT02$79.50 (ACI members $35.00)

All nine papers in this Special Publication address thephenomenon of cracking in concrete. Topics include importance ofracture mechanics, mixed-mode fracture concepts, pullout of anchobolts, practical methods of design, and several more topics. Fomore information, call (248) 848-3800 or visit www.aci-int.org.

FOUNDATIONS (CONT.)

Design and Performance of MatFoundations — State-of-the-Art ReviewSpecial Publication 152, 1995, 267 pp.Order Code: 0SP152.CT02

$47.50 (ACI members $21.00)Prudent analysis and design of mat foundations can beachieved only by a team approach consisting of the architect,structural engineer, and geotechnical engineer. Responsiblecontract documents are the product of design along withgeotechnical field monitoring to evaluate actual conditions andconstruction procedures.

Concrete FoundationsCompilation 19, 1992, 68 pp.Order Code: 000C19.CT02$44.50 (ACI members $26.00)

This compilation of Concrete International magazine articles

on concrete foundations covers topics including sub-grade reactionin mat foundation design, foundation design in Florida Karst,building a big mat, post-tensioned residential foundations, trenchwall footings, massive placement melds technology with economy,machine foundations — AK study, building pile caps on weaksoils, concrete foundations on permafrost, designing thefoundations in high-settlement areas, casting large concrete slabs,and pumping for slurry walls.

Cementitious Grouts and GroutingPublisher: Portland Cement Association, 1990, 64 pp.Order Code: 0EB111.CT02$26.00

For a description, see INDUSTRY PUBLICATIONS on page 82.

FRACTURE MECHANICS

Fracture Mechanics of Concrete:Concepts, Models, and Determination ofMaterial PropertiesACI Committee 446, technical committee document 446.1R-91,1991 (Reapproved 1999), 146 pp.Order Code: 446191.CT02$144.50 (ACI members $85.00)

This report describes the basic concept of fracture mechanicsof concrete, the existing theoretical models, and the methods for

determining the material fracture parameters.

FOUNDATIONS FRACTURE MECHANICS



AT WWW.ACI-INT.ORG


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High-Strength Concrete in Seismic RegionsSpecial Publication 176, 1998, 471 pp.Order Code: 0SP176.CT02$53.50 (ACI members $24.00)

This Special Publication comprises selected papers that werethe result of the Second Multilateral Meeting on StructuralPerformance of High-Strength Concrete in Seismic Regions, held

in November 1994 in Honolulu, Hawaii.

High-Performance ConcreteSpecial Publication 172, 1997, 1017 pp.Order Code: 0SP172.CT02$53.50 (ACI members $24.00)

The theme of the Third ACI International Conference in Malaysia1997, was “High-Performance Design and Materials and RecentAdvances in Concrete Technology.” Over 90 papers were submittedand reviewed, and 52 were accepted for this publication.

High-Strength Concrete:An International Perspective


This Special Publication presents information gatheredfrom around the world on high-strength and super-high-strength concrete.

International Workshop onHigh-Performance ConcreteSpecial Publication 159, 1996, 456 pp.Order Code: 0SP159.CT02$48.50 (ACI members $22.00)

High-performance concrete (HPC) is defined as concrete that

meets special performance and uniformity requirements. Thedesired performance is often achieved by using special materials,mixing, placing, and curing procedures. This Special Publicationcontains 32 papers covering such topics as placement andcompaction without segregation, long-term mechanical properties,early-age strength, volume stability, and service-life enhancements.

FRACTURE MECHANICS (CONT.)

Fracture Mechanics: Applicationsto ConcreteSpecial Publication 118, 1989, 308 pp.Order Code: 0SP118.CT02

$51.50 (ACI members $23.00)This Special Publication of 13 papers presents advances in fracture

mechanics involving characterization, resistance measurements,computation tools, and material toughness. The document is dividedinto two sections. One section deals with the application of fracturemechanics to cementitious materials. The other section covers theapplication of fracture mechanics to concrete structures.

GUIDEWAYS

Analysis and Design of Reinforced andPrestressed Concrete Guideway Structures


Recommendations are given for the design of reinforced andprestressed concrete guideway structures for public transit use.The document is specifically prepared to provide design guidancefor transit structures.


State-of-the-Art Report

on High-Strength ConcreteACI Committee 363, technical committee document 363R-92,1992 (Reapproved 1997), 55 pp., also in MCP-5 and the MCPCD-ROM.Order Code: 036392.CT02$75.50 (ACI members $45.00) PDF available

This report presents information on high-strength concrete,including topics on the selection of materials, concrete mixproportioning, batching, mixing, transporting, placing, controlprocedures, concrete properties, structural design, economics,and applications.

Guide to Quality Control and Testing of

High-Strength ConcreteACI Committee 363, technical committee document 363.2R-98,1998, 18 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 363298.CT02$25.50 (ACI members $15.00) PDF available

The special quality control and testing needed to reliablymeasure the strength of specimens of high-strength concrete andto achieve high-strength concrete consistently are discussed.Preconstruction and construction procedures are covered,including planning trial mixtures, preconstruction meetings,batching, placing, curing, and testing. The concept of prequalifyingsuppliers and laboratories is introduced, and a method for theevaluation of data is also included.

FRACTURE MECHANICS GUIDEWAYS HIGH-PERFORMANCE CONCRETE

High-Performance Concrete:Performance and Quality ofConcrete Structures

Special Publication 186, 1999, 791 pp.Order Code: 0SP186.CT02

$78.50 (ACI members $47.00)The Second CANMET/ACI International

Conference was held in Brazil in 1999and showcased information on emerginghigh-performance concrete in Brazil andother South American countries. Over100 papers were submitted from all overthe world, and were reviewed inaccordance with ACI International policy.Forty-five were accepted for publicationin this volume.

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(CONT.)

High-Performance Concrete: Proceedings,ACI International Conference, SingaporeSpecial Publication 149, 1994, 884 pp.


The theme of the second ACI International Conference iscovered by the 45 papers in this Special Publication. Topicspresented include the U.S. Government’s role in high-performance materials for infrastructure, sulfate and chloridepenetration resistance, engineering properties, high-volumefly ash concrete, and much more.

High-Performance Concrete inSevere EnvironmentsSpecial Publication 140, 1993, 316 pp.Order Code: 0SP140.CT02

$78.50 (ACI members $35.00)This Special Publication contains 14 papers emphasizing field

applications rather than laboratory studies of high-performanceconcrete. The wide variety of topics covered includes long-spanbridges, highway pavements, high-rise structures, damrehabilitation, and more.

Paul Klieger Symposium on Performanceof ConcreteSpecial Publication 122, 1990, 506 pp.Order Code: 0SP122.CT02$49.50 (ACI members $22.00)

This Special Publication is a collection of 24 papers from aninternational panel of experts. The volume is arranged in three

parts: Part One covers the more fundamental aspects andlaboratory investigations; Part Two covers field studies whereconcrete is exposed to natural conditions; and Part Three coverscase histories of the performance and rehabilitation of concretestructures in severe environments. For more information, call (248)848-3800 or visit www.aci-int.org.

Utilization of High-Strength Concrete —Second International SymposiumSpecial Publication 121, 1990, 794 pp.Order Code: 0SP121.CT02$73.50 (ACI members $33.00)

This volume is a collection of 38 papers presented at the Second

International Symposium. Subject matter pertaining to utilization of high-strength concrete includes design, material selection and proportioning,material performance, lightweight concrete, and applications.

High-Performance Concrete —Research to PracticeSpecial Publication 189, 1999, 466 pp.Order Code: 0SP189.CT02$83.50 (ACI members $50.00)

A total of 25 papers are included in this Special Publication on HPC.The general topics include HPC bridges, HPC structural lightweightconcrete, material science of HPC, and structural safety of HPC.

High-Performance ConcreteCompilation 32, 1996, 104 pp.Order Code: 000C32.CT02$44.50 (ACI members $26.00)

The 15 papers in the compilation have been selected with aspecific objective of providing technical information to readerwho would find it useful in practical applications. A sampling of th

subject areas include: economics, design and ductility, controcreep and shrinkage, evaluation of core strength, on-site earlyage monitoring, stretching the paradigm, thermal stresses, andtransportation structures.

High-Strength ConcreteCompilation 17, 1992, 96 pp.Order Code: 000C17.CT02$70.50 (ACI members $42.00)

This compilation consists of 18 technical papers and articleon the subject. An additional section on “Letters to the Editor” fromConcrete International magazine is also included. A sampling othe subjects includes research, high PCS, production and deliverynew mineral admixtures, influencing principles and factors, long

term characteristics, and pumping methods.

High-Strength ConcreteSeminar Course Manual 15, 1987, 272 pp.Order Code: SC1587.CT02$60.50 (ACI members $39.00)

This compilation of background material for ACI high-strengthconcrete seminars presents information on design, materialsquality control, testing, and construction.

Fundamentals of High-PerformanceConcrete

By: E. G. Nawy. Publisher: John Wiley & Sons, 2nd Edition,2001, 441 pp., hard cover.Order Code: 00FHPC.CT02$95.00For a description, see INDUSTRY PUBLICATIONS on page 86.

HOT WEATHER

Hot Weather Concreting

ACI Committee 305, technical committee document 305R-991999, 20 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 030599.CT02

$30.50 (ACI members $19.00) PDF availableConcrete mixed, transported, and placed under conditions o

high temperature, low humidity, or high wind requires aunderstanding of the effects such environmental factors have oconcrete properties and construction operations. When these factorare understood, measures can be taken to eliminate or minimizundesirable effects. The most serious difficulties are experienced iweather and types of construction that are unusual in the experiencof those performing the work. This report defines hot weather, listpossible unfavorable effects, and presents practices intended tminimize them. A selected bibliography is appended.

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HYDRAULIC STRUCTURESSee also MASS CONCRETE

Erosion of Concrete in Hydraulic StructuresACI Committee 210, technical committee document 210R-93,1993 (Reapproved 1998), 24 pp., also in MCP-1 and theMCP CD-ROM.


Attention is given to the physical erosion of concrete in hydraulicstructures resulting from particles carried by flowing water andfrom pitting resulting from cavities forming and collapsing in waterflowing at high velocities. Disintegration of concrete by chemicalattack is also discussed. Materials, mix proportions, andconstruction procedures that will make concrete more resistant toerosion are presented.

Compendium of Case Histories on Repairof Erosion-Damaged Concrete in

Hydraulic StructuresACI Committee 210, technical committee document 210.1R-94,1994 (Reapproved 1999), 33 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 210194.CT02$43.50 (ACI members $26.00) PDF available

This report contains a series of case histories on hydraulicstructures that have been damaged by erosion from variousphysical, mechanical, and chemical actions.

IMPACTSee also FATIGUE

Concrete and Blast EffectsSpecial Publication 175, 1998, 319 pp.Order Code: 0SP175.CT02$47.50 (ACI members $21.00)

The 15 papers included in this Special Publication describe arange of applications for this seemingly narrow area of structuralengineering. For more information, call (248) 848-3800 or visitwww.aci-int.org.

HOT WEATHER (CONT.)

Durable Concrete in Hot ClimatesSpecial Publication 139, 1993, 194 pp.Order Code: 0SP139.CT02$61.50 (ACI members $28.00)

There is keen awareness internationally regarding theproduction and use of durable concrete in hot climates. ThisSpecial Publication explores this topic by providing 10 papersfrom authors throughout the world, covering both field andlaboratory studies.

Practitioner’s Guide to HotWeather ConcretingPractitioner’s Guide 1, 1996, 75 pp.Order Code: 000PP1.CT02$55.50 (ACI members $31.00)

This compilation presents useful information on all aspects ofconcreting in hot weather. Among the subjects covered are designconsiderations, understanding how conditions such as high

temperature, low humidity, solar radiation, and wind affectconcrete properties, and troubleshooting problems associatedwith hot weather.

HYBRID

Hybrid and Composite StructuresSpecial Publication 174, 1998, 256 pp.Order Code: 0SP174.CT02$48.50 (ACI members $22.00)

This publication includes 12 papers that present an overviewof the latest developments in behavior and design of composite

and hybrid structures.

HOT WEATHER HYBRID

HYDRAULIC STRUCTURES IMPACT

Composite and Hybrid SystemsSpecial Publication 196, 2000, 218 pp., 12 papers.Order Code: 0SP196.CT02$58.50 (ACI members $35.00)

This book is dedicated to Walter P. Moore, Jr., a leader incomposite building design andengineering education, and discussesthrough beam connection detail,advanced composites for waterfrontinfrastructure, evaluation of high-strengthsquare CFT columns, push-out behavior

of rectangular concrete-filled steel tubes,damping factors of composite RCSframes, structural safety of reinforcedconcrete f lexural and compressionmembers, behavior of new steel-concretehybrid frame system, and hybrid RCframe-steel wall systems.

THE A-Z

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INSPECTION

Guide for Concrete InspectionACI Committee 311, technical committee document 311.4R-00,2000, 12 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 311400.CT02$20.50 (ACI members $11.00) PDF available

This guide discusses the need for inspection of concreteconstruction and other related activities, the types of inspectionactivities involved, and the responsibilities of various individualsand organizations involved in these activities. Field-testingactivities are considered to be part of the inspection process. Thisguide also presents recommended plans for inspection activitiesand for implementing inspection programs. Recommendedminimum levels of inspection for various purposes and types ofprojects are also given.

Guide for Concrete Plant Inspection andField Testing of Ready-Mixed ConcreteACI Committee 311, technical committee document 311.5R-97,


This report provides recommended minimum requirementswhen specifications require batch plant inspection of ready-mixedconcrete production and field testing of ready-mixed concrete atthe project site.

The user is cautioned that this report is intended for use inestablishing the basic duties and reports required of inspectionpersonnel. It can be used for all types and sizes of projects butshould be supplemented with addit ional inspect ionrequirements when the complexity of the project so dictates.Refer to the Guide for Concrete Inspection (ACI 311.4R) forguidance on additional requirements.

ACI Manual of Concrete Inspection

ACI Committee 311, Special Publication 2, 9th Edition, 1999,209 pp.Order Code: 0SP299.CT02$91.50 (ACI members $55.00)

The ACI Manual of Concrete Inspection (SP-2) received amajor overhaul to create a user-friendly 9th edition. Firstpublished in 1941, the Manual has become the definitiveindustry guide to concrete inspection. For the 1999 edition, all23 chapters were updated, with major revisions to Chapters 6,

7, 8, 11, 15, and 17. New sections include proportioning andcontrol of concrete with pozzolan and other cementitiousmaterials and repairs to precast concrete. Recommendationsfor certification have been added to many of the chapters. Thechecklist of inspection has been updated to include temperaturetests for placing concrete and cement temperature. Thereferences have been updated to include current information.

The Manual also covers inspect ion processes andorganization, statistical concepts on quality assurance,inspection and testing of materials, handling and storage ofmaterials, concrete fundamentals, proportioning and control ofconcrete mixtures, batching and mixing, inspection before

concrete is placed, concrete operations, form removal andcuring, correction of defects and repairs, slabs for buildingspavement slabs and bridge decks, architectural concretespecial concreting methods, special types of concrete, precasand prestressed concrete, grouting, testing of concrete andaggregates, inspection records and reports, and a checklist oinspection. ACI 311.4 and 311.5 are included in the appendix

This Manual is for the guidance, assistance, and instruction oconcrete inspectors and others engaged in concrete constructionsuch as field engineers, construction superintendents, supervisorslaboratory and field technicians, inspectors, and workersJourneymen may find it valuable as a reference for improving thework, while apprentices can use it as an effective instruction manuaDesigners will find the manual to be a valuable tool that provides ready description of the various details of concrete construction.

ACI Certification ProgramsConcrete Transportation Construction Inspector

ACI administers a certification program for individuals whinspect concrete transportation-related construction projects suc

as roadways, pavements, and bridges

see page(s) 14-17 for ageneral program description and training materials. For locaprogram availability and detailed information, visit the Certificatiosection of ACI’s website:www.aci-int.org.

JOINTS, MONOLITHIC

Recommendations for Design of Beam-Column Joints in Monolithic ReinforcedConcrete StructuresJoint ACI-ASCE Committee 352, technical committeedocument 352R-91, 1991 (Reapproved 1997), 21 pp., also inMCP-4 and the MCP CD-ROM.Order Code: 035291.CT02$33.50 (ACI members $21.00) PDF available

These recommendations are for proportioning and detailingbeam-column joints in monolithic reinforced concrete structurewhere the column width is equal to or greater than the beam widthDesign examples are presented.

Recommendations for Design of Slab-Column Connections in MonolithicReinforced Concrete StructuresJoint ACI-ASCE Committee 352, technical committeedocument 352.1R-89, 1989 (Reapproved 1997), 22 pp., also in

MCP-4 and the MCP CD-ROM.Order Code: 352189.CT02$27.50 (ACI members $15.00)

This publication gives recommendations for determiningproportions and details of slab-column connections, and includerecommendations for appropriate uses and for determining desigforces and strength. Design examples are also presented.

INSPECTION JOINTS, MONOLITHIC

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JOINTS, MOVEMENTSee also SEALANTS

Joints in Concrete ConstructionACI Committee 224, technical committee document224.3R-95 (Reapproved in 2001), 44 pp., also in MCP-2 and

the MCP CD-ROM.Order Code: 224395.CT02$73.50 (ACI members $43.00) PDF available

This report reviews the state of the art in design, construction, andmaintenance of joints in concrete structures subjected to a wide varietyof use and environmental conditions, including joint sealants.

The Fourth World Congress on JointSealants and Bearing Systems inConcrete Structures — Volume 1Special Publication 164, Vol. 1, 1996, 460 pp.Order Code: 0SP164.CT02$41.50 (ACI members $18.00)

The Fourth World Congress on Joint Sealants and BearingSystems has enhanced the general understanding andintroduced entire new concepts developed to cater to the latestseismic code requirements. This Special Publication presents20 papers for review.

The Fourth World Congress on JointSealants and Bearing Systems inConcrete Structures — Volume 2Special Publication 164, Vol. 2, 1998, 894 pp.Order Code: S164V2.CT02$88.50 (ACI member $40.00)

This volume contains 41 papers from the Fourth World Congress.

For more information, call (248) 848-3800 or visitwww.aci-int.org.

Building Movements and JointsPublisher: Portland Cement Association, 1982, 64 pp.Order Code: 0EB086.CT02$12.00For a description, see INDUSTRY PUBLICATIONS on page 82.

LIGHTWEIGHT CONCRETESee also AGGREGATES and CELLULAR CONCRETE

Guide for Structural Lightweight

Aggregate ConcreteACI Committee 213, technical committee document 213R-87,1987 (Reapproved 1999), 27 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 021387.CT02$21.50 (ACI members $11.00) PDF available

This guide summarizes the present technology and presentsand interprets the data on lightweight aggregate concretes frommany laboratory studies, accumulated experience resulting fromgreatly increased and successful use, and performance of structurallightweight aggregate concrete in service.

Structural Lightweight AggregateConcrete PerformanceSpecial Publication 136, 1992, 424 pp.Order Code: 0SP136.CT02$102.50 (ACI members $45.00)

This compilation of 12 papers addresses the performance ofstructural lightweight concrete, with topics ranging from fundamental

laboratory studies to case histories of concrete performance.

MARINE CONCRETESee also HIGH-PERFORMANCE CONCRETE

Guide for the Design and Construction ofFixed Offshore Concrete StructuresACI Committee 357, technical committee document 357R-84,1984 (Reapproved 1997), 23 pp., also in MCP-5 and the MCPCD-ROM.Order Code: 035784.CT02$35.50 (ACI members $22.00) PDF available

This provides a report for the design and const ruction of fixed

reinforced and/or prestressed concrete structures for service ina marine environment. Only fixed structures that are foundedon the seabed and obtain their stability from gravity are covered.

State-of-the-Art Report on OffshoreConcrete Structures for the ArcticACI Committee 357, technical committee document 357.1R-91,1991 (Reapproved 1997), 117 pp.Order Code: 357191.CT02$73.50 (ACI members $43.00)

This report brings together the relevant experiencecurrently available in designing and building offshore arcticconcrete structures.

State-of-the-Art Report on Barge-LikeConcrete StructuresACI Committee 357, technical committee document 357.2R-88,1988 (Reapproved 1997), 89 pp.Order Code: 357288.CT02$91.50 (ACI members $55.00)

Barge-like marine structures require unique designconsiderations. Construction methods and materials used for thesestructures are presented in this report to demonstrate the importanceof the construction process during the planning and design stages.Important aspects of delivery from the construction site andinstallation at the deployment site are presented.

JOINTS, MOVEMENT

LIGHTWEIGHT CONCRETE MARINE CONCRETE

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MARINE CONCRETE (CONT.)See also HIGH-PERFORMANCE CONCRETE

Third CANMET/ACI InternationalConference on Performance of Concretein Marine Environment


This Special Publication includes 24 papers presented at theThird CANMET/ACI International Conference held in 1996. Topicsinclude fire resistance, corrosion, testing washout resistance, andnumerous others. This publication is a must for everyone involvedin marine concrete construction.

MASONRY See also PLASTERING

Building Code Requirements forMasonry Structures and Specificationsfor Masonry Structures and RelatedCommentariesACI Committee 530, technical committee document 530-99/530R-99, 530.1-99/530.1R-99, 1999, 104 pp., also in MCP-6and the MCP CD-ROM.Order Code: 053099.CT02$88.50 (ACI member $66.00)

These Code requirements cover the design and constructionof masonry structures, prestressed masonry, inspection and qualityassurance of masonry construction, hot weather construction, andadhered veneer.

Other subjects include permits and drawings, quality assurance,

materials, placing embedded items, analysis and design, strengthand serviceability, flexural and axial loads, shear, details anddevelopment of reinforcement, walls, columns, pilasters, beamsand lintels, and empirical design method applicable to buildingsmeeting specific size, location, and construction criteria.

This Code is referenced by IBC 2000 and is a joint effort of theAmerican Concrete Institute, the American Society of CivilEngineers, and The Masonry Society.

Building Code Requirements andCommentary for Masonry Structures andSpecification for Masonry Structures and

Related Commentaries

ACI Committee 530, technical committee document 530/530.1-02/530R/530.1R-02, 2002, 147 pp.


These masonry code requirements, specifications, andcommentaries cover the design and construction of masonrystructures. The 2002 revision now includes strength designprovisions plus:

Integrated seismic design requirements;

Modifications for allowable flexural tension design values;

Wind speed threshold for empirical design;

Criteria for veneer supported by wood; clarifications for

empirically designed shear walls;

Removal of drip ties;

Quality-assurance provisions for prestressed masonry;

Grout demonstration panels; and

Protection requirements for reinforcement.

Among the other subjects covered in the code requirementand commentary are: analysis and design, strength andserviceability, flexural and axial loads, shear, details anddevelopment of reinforcement, walls, columns, pilasters, beamand lintels; seismic design requirements, and veneers.

Masonry Designers’ Guide, 3rd Edition

Publisher: The Masonry Society, 2001, 568 pp.Order Code: MDG101.CT02$140.00 ($105.00 to members of ACI, TMS, and CMR)

Pay only pennies a page for a book that will help you understanand apply the provisions of the 1999 masonry code. This 3rd editioof the Masonry Designers’ Guide complies with the provisions of ACMSJC Building Code Requirements for Masonry Structures (AC530/ASCE 5/TMS 402) and Specifications for Masonry Structures

(ACI 530.1/ASCE 6/TMS 602), which are referenced throughout thInternational Building Code (IBC 2000). Keyed to the MSJC Codeand Specification requirements, theGuide shows you how to properlyapply these requirements to your masonry structure. With an easy tfollow, how-to-do-it style, the book ties discussions and step-by-ste

design examples to appropriate parts of the Code and SpecificationsDesign chapters show you how to apply Code provisions to th

structural design of beams, walls, columns, and pilasters. They alscover different types of construction—multiwythe composite annoncomposite, single wythe, unreinforced and reinforced—basedon the structural analysis of three typical types of masonry buildingsa single-story strip mall and gymnasium, and a four-story hotel witboth unreinforced and reinforced wall options.

Other topics covered in the Guide include masonry materialstesting, quality assurance, quality control, construction methods, anseismic detailing requirements. Information on prestressed masonryadhered veneer, inspection of masonry, and hot weather constructiohas been added to address new provisions in the 1999 MSJC Codeand Specification.

As a bonus feature, you also receive the MDG-3 in CD ROMform, allowing you to easily search and find key words. MDG-3 ia valuable reference tool for engineers, contractors, architectsinspectors, building code officials, and educators.

Masonry EfflorescencePublisher: The Aberdeen Group, 1998, 34 pp.Order Code: 0000ME.CT02$8.00For a description, see INDUSTRY PUBLICATIONS on page 87.

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MCP 2002

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✶ Documents easier to locate because they’re arranged in numerical order

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ACI MANUAL OF CONCRETE PRACTICE (MCP)is the most comprehensive concrete reference set available. It con-

tains all of the widely used ACI concrete and masonry code require-

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7/17/2019 Ac i 2002 Catalog


MCP 2002 Part 18-1/4 x 11-1/4, 2001, approx. 950 pp.

Order Code: MCP101.CT02

✶Preparation of Notation for Concrete –ACI 104-71(Revised 1982) (Reapproved 1997)

✶Cement and Concrete Terminology –SP-19(00)/ACI 116R-00

✶Standard Specifications for Tolerances for ConcreteConstruction and Materials –ACI 117-90

✶Commentary on Standard Specifications forTolerances for Concrete Construction and Materials – ACI 117R-90

✶Quality Management System for Concrete

Construction –ACI 121R-98✶Guide to a Recommended Format for Concrete in a

Materials Property Database –ACI 126.3R-99

✶Guide for Making a Condition Survey of Concrete inService –ACI 201.1R-92 (Reapproved 1997)

✶Guide to Durable Concrete –ACI 201.2R-01

✶Mass Concrete –ACI 207.1R-96

✶Effect of Restraint, Volume Change, and Reinforcementon Cracking of Mass Concrete –ACI 207.2R-95

✶Practices for Evaluation of Concrete in Existing MassiveStructures for Service Conditions –ACI 207.3R-94

✶Cooling and Insulating Systems for Mass Concrete – ACI 207.4R-93 (Reapproved 1998)

✶Roller Compacted Mass Concrete –ACI 207.5R-99

✶Prediction of Creep, Shrinkage, and TemperatureEffects in Concrete Structures –ACI 209R-92(Reapproved 1997)

✶Erosion of Concrete in Hydraulic Structures –ACI210R-93 (Reapproved 1998)

✶Compendium of Case Histories on Repair of Erosion-Damaged Concrete in Hydraulic Structures –ACI210.1R-94 (Reapproved 1999)

✶Standard Practice for Selecting Proportions forNormal, Heavyweight, and Mass Concrete –ACI 211.1-91 (Reapproved 1997)

✶Standard Practice for Selecting Proportions forStructural Lightweight Concrete –ACI 211.2-98

✶Guide for Selecting Proportions for No-SlumpConcrete –ACI 211.3R-97

✶Guide for Selecting Proportions for High-StrengthConcrete with Portland Cement and Fly Ash – ACI 211.4R-93 (Reapproved 1998)

✶Guide for Submittal of Concrete Proportions – ACI 211.5R-01

✶Chemical Admixtures for Concrete –ACI 212.3R-91(Reapproved 1999)

✶Guide for the Use of High-Range Water-ReducingAdmixtures (Superplasticizers) in Concrete –ACI212.4R-93 (Reapproved 1998)

✶Guide for Structural Lightweight Aggregate

Concrete –ACI 213R-87 (Reapproved 1999)✶Recommended Practice for Evaluation of Strength Test

Results of Concrete –ACI 214-77 (Reapproved 1997)

✶Simplified Version of the Recommended Practice forEvaluation of Strength Test Results of Concrete –ACI214.3R-88 (Reapproved 1997)

✶Considerations for Design of Concrete StructuresSubjected to Fatigue Loading –ACI 215R-74 (Revised1992) (Reapproved 1997)

✶Guide for Determining Fire Endurance of ConcreteElements –ACI 216R-89 (Reapproved 2001)

✶Standard Method for Determining the Fire Resistanceof Concrete and Masonry Construction Assemblies – ACI 216.1-97/TMS 0216.1-97

✶Guide for Use of Normal Weight and HeavyweightAggregates in Concrete –ACI 221R-96 (Reapproved 2001)

✶State-of-the-Art Report on Alkali-AggregateReactivity –ACI 221.1R-98

✶Protection of Metals in Concrete Against Corrosion – ACI 222R-01

✶Provisional Standard Test Method for Water-SolubleChloride Available for Corrosion of Embedded Steelin Mortar and Concrete Using the Soxhlet Extractor – ACI 222.1-96

✶Corrosion of Prestressing Steels – ACI 222.2R-01

✶Standard Practice for the Use of Shrinkage-Compensating Concrete –ACI 223-98



✶Control of Cracking in Concrete Structures –ACI 224R-01

✶Causes, Evaluation, and Repair of Cracks in ConcreteStructures –ACI 224.1R-93 (Reapproved 1998)

✶Cracking of Concrete Members in Direct Tension –ACI224.2R-92 (Reapproved 1997)

✶Joints in Concrete Construction –ACI 224.3R-95(Reapproved 2001)

✶Guide to the Selection and Use of HydraulicCements –ACI 225R-99

✶ In-Place Methods to Estimate Concrete Strength –ACI228.1R-95

✶Nondestructive Test Methods for Evaluation ofConcrete in Structures –ACI 228.2R-98

✶Controlled Low-Strength Materials (CLSM) –ACI 229R-99

✶State-of-the-Art Report on Soil Cement –ACI 230.1R-90(Reapproved 1997)

✶Use of Raw or Processed Natural Pozzolans inConcrete –ACI 232.1R-00

✶Use of Fly Ash in Concrete –ACI 232.2R-96

✶Ground Granulated Blast-Furnace Slag as aCementitious Constituent in Concrete –ACI 233R-95(Reapproved 2000)

✶Guide for the Use of Silica Fume in Concrete –ACI234R-96 (Reapproved 2000)

✶Specifications for Structural Concrete –ACI 301-99

✶Guide for Concrete Floor and Slab Construction –ACI302.1R-96

✶Standard Specification for Cast-in-Place ArchitecturalConcrete –ACI 303.1-97

✶Guide for Measuring, Mixing, Transporting, andPlacing Concrete –ACI 304R-00

✶Guide for the Use of Preplaced Aggregate Concretefor Structural and Mass Concrete Applications –ACI304.1R-92 (Reapproved 1997)

✶Placing Concrete by Pumping Methods –ACI 304.2R-96

✶Heavyweight Concrete: Measuring, Mixing,Transporting, and Placing –ACI 304.3R-96

✶Batching, Mixing, and Job Control of LightweightConcrete –ACI 304.5R-91 (Reapproved 1997)

✶Guide for the Use of Volumetric-Measuring andContinuous-Mixing Concrete Equipment –ACI 304.6R-91(Reapproved 1997)

✶Hot Weather Concreting –ACI 305R-99

✶Cold Weather Concreting –ACI 306R-88 (Reapproved 1997)

✶Standard Specification for Cold Weather Concreting – ACI 306.1-90 (Reapproved 1998)

✶Design and Construction of Reinforced ConcreteChimneys –ACI 307-98

✶Commentary on Design and Construction ofReinforced Concrete Chimneys –ACI 307R-98

✶Guide to Curing Concrete –ACI 308R-01

✶Standard Specification for Curing Concrete –ACI 308.1-98

✶Guide for Consolidation of Concrete –ACI 309R-96

✶Behavior of Fresh Concrete During Vibration –ACI309.1R-93 (Reapproved 1998)

✶ Identification and Control of Visible Effects ofConsolidation on Formed Concrete Surfaces –ACI309.2R-98

✶Guide to Consolidation of Concrete in CongestedAreas –ACI 309.3R-92 (Reapproved 1997)

✶Compaction of Roller-Compacted Concrete –ACI309.5R-00

✶Guide for Concrete Inspection –ACI 311.4R-00

✶Guide for Concrete Plant Inspection and Field Testingof Ready-Mixed Concrete –ACI 311.5R-97

✶Standard Practice for Design and Construction ofConcrete Silos and Stacking Tubes for StoringGranular Materials –ACI 313-97

✶Commentary on Standard Practice for Design andConstruction of Concrete Silos and Stacking Tubesfor Storing Granular Materials –ACI 313R-97



✶Details and Detailing of Concrete Reinforcement –ACI315-99

✶Building Code Requirements for Structural Concreteand Commentary –ACI 318/318R-02

✶Guide for Design of Foundations and Shoulders forConcrete Pavements –ACI 325.3R-85 (Revised 1987)

✶Texturing Concrete Pavements –ACI 325.6R-88(Reapproved 1997)

✶Guide for Construction of Concrete Pavements and

Concrete Bases –ACI 325.9R-91(formerly 316R)(Reapproved 1997)

✶Report on Roller-Compacted Concrete Pavements – ACI 325.10R-95 (Reapproved 2001)

✶Accelerated Techniques for Concrete Paving – ACI 325.11R-01

✶Guide for Design and Construction of ConcreteParking Lots –ACI 330R-01

✶Standard Specification for Plain Concrete ParkingLots –ACI 330.1-94

✶Guide to Residential Cast-in-Place ConcreteConstruction –ACI 332R-84 (Reapproved 1999)

✶Concrete Shell Structures Practice and Commentary –ACI 334.1R-92 (Reapproved 1997)

✶Specification for the Construction of Drilled Piers – ACI 336.1-01

✶Suggested Analysis and Design Procedures forCombined Footings and Mats –ACI 336.2R-88(Reapproved 1993)

✶Design and Construction of Drilled Piers –ACI 336.3R-93

(Reapproved 1998)✶Seismic Analysis and Design of Concrete Bridge

Systems –ACI 341.2R-97

✶Analysis and Design of Reinforced Concrete BridgeStructures –ACI 343R-95

7/17/2019 Ac i 2002 Catalog


7/17/2019 Ac i 2002 Catalog


Photo courtesy of Portland Cement

Association

WHETHER YOU’RE SEARCHING FOR INFORMATIONabout code requirements, deflection, cracking, durability problems,temperature control, nondestructive testing, or hundreds of othertopic areas, the MCP can help you find what you need.

✶✶✶✶✶ Design of reinforced concrete and

masonry structures

✶✶✶✶✶ Design and construction of floors ongrade, pavements, and parking lots

✶✶✶✶✶ Specification writing

✶✶✶✶✶ Concrete mixture proportioning

✶✶✶✶✶ Concrete mixing, transporting, and placing

WITH THE MORE THAN 170 DOCUMENTS IN THE SET,you have access to the combined knowledge and experience of 2,000-plus ACI committee members who developed these documents.

Site licenses available. Whether it is five

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Individual PartsPrice: $165.50 (ACI members $99) for each PartFor Order Code go to our bookstore atwww.aci-int.org or call 248-848-3800.

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Design professionals, concrete producers, contractors, and owners willuse this collection of documents for guidance in nearly all aspects of concrete design, construction, and maintenance including:

✶✶✶✶✶ Hot- and cold-weather concreting

✶✶✶✶✶ Formwork

✶✶✶✶✶ Curing✶✶✶✶✶ Inspection and testing

✶✶✶✶✶ Construction tolerances

✶✶✶✶✶ Repair, renovation, and rehabilitation

✶✶✶✶✶ Troubleshooting

7/17/2019 Ac i 2002 Catalog


WHY YOU NEED ACI 318/318R-02, BUILDING CODE REQUIREMENTS FOR STRUCTURAL

CONCRETE AND COMMENTARY :✶✶✶✶✶ Widely adopted by reference in general building codes

✶✶✶✶✶ Based on experiment and experience

✶✶✶✶✶ Backed by a commentary giving details and references to much of the experimental data

SOME OF THE EXTENSIVE REVISIONS FROM ACI 318-99 INCLUDE:✶✶✶✶✶ A change in strength overdesign values and acceptance criteria for concrete;

✶✶✶✶✶ Inclusion of ASCE 7-98 load factors and modified f factors in Chapter 9;

✶✶✶✶✶ Inclusion of a simpler skin-reinforcement calculation method for members subjected to flexure and axial loads;

✶✶✶✶✶ Removal of barriers to the use of higher-strength concrete;

✶✶✶✶✶ Clarified torsion provisions;✶✶✶✶✶ Modified provisions for shear reinforcement and shearheads in slabs;

✶✶✶✶✶ Explicit provisions for partially prestressed concrete flexural members;

✶✶✶✶✶ Updated Chapter 21, Special Provisions for Seismic Design, including new requirements for the use of precast, and additional requirements for hoops in intermediate frames, reinforcing placement at slab edgeand corner connections; and shear strength of two-way slab systems used as intermediate moment frames;

✶✶✶✶✶ A new Appendix A giving requirements for applying strut-and-tie modeling;

✶✶✶✶✶ A new Appendix D on anchoring to concrete.

Just one of the results of these comprehensive revisions is a more reliable indication of flexural-member behavior under a wide variety of geometries and loading conditions.

ACI 318-02

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For a detailed brochure, contact: ACI InternationalMember/Customer Services DepartmentP.O. Box 9094Farmington Hills, MI 48333-9094 USA Phone: (248) 848-3800Fax: (248) 848-3801

This confer This confer This confer This confer This confer ence will disseminate new inf ence will disseminate new inf ence will disseminate new inf ence will disseminate new inf ence will disseminate new inf ormation on innovormation on innovormation on innovormation on innovormation on innovationationationationation

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7/17/2019 Ac i 2002 Catalog


MASONRY (CONT.)See also PLASTERING

Concrete Masonry Design TablesPublisher: National Concrete Masonry Association, 1994,650 pp.Order Code: 00CMDT.CT02$57.00For a description, see INDUSTRY PUBLICATIONS on page 83.

Mortar, How to Specify and UseMasonry MortarPublisher: The Aberdeen Group, 1990, 56 pp.Order Code: 0000MM.CT02$14.00For a description, see INDUSTRY PUBLICATIONS on page 88.

ACI Seminar — 530-99 Structural Masonry

CodeOne-day seminar for engineers, architects, specifiers, andpublic agencies. (Co-sponsored with TMS)

A new Code for masonry structures! The 1999 edition of theBuilding Code Requirements and Specifications for Masonry

Structures has just been released. This seminar will discuss theCode in detail, the changes since the last edition in 1995, and howto best use the Code in everyday design and specification writing.The new International Building Code (IBC), which replaces all othermodel building codes has adopted the 530-99 Code by reference.See pages 31-33 for details.

ACI Seminar — How to Design Masonry

StructuresOne and one half-day seminar for design professionals (co-sponsored with The Masonry Society).

Learn to design masonry structures using the 3rd edition of theMasonry Designers’ Guide . Masonry is a major component of nearlyevery building. And because building codes are mandatingincreased design care, you need a working knowledge of masonrydesign to ensure the proper performance of buildings whilepotentially making them more economical. This seminar willprovide you with an excellent background on masonry design byfocusing on everyday problems and solutions. See pages 31-33for details.

MASS CONCRETESee also HYDRAULIC STRUCTURES

Mass ConcreteACI Committee 207, technical committee document 207.1R-96,1997, 42 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 207196.CT02$74.00 (ACI members $43.50) PDF available

This report contains a history of the development of massconcrete practice and discussion of materials, concrete mixproportioning, properties, construction methods and equipment,and thermal behavior of mass concrete.

Effect of Restraint, Volume Change,and Reinforcement on Cracking ofMass ConcreteACI Committee 207, technical committee document 207.2R-95,1995, 26 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 207295.CT02$32.50 (ACI members $20.00) PDF available

This document discusses the effects of heat generation andvolume change on the design and behavior of reinforced massconcrete elements and structures. Particular emphasis is placedon the effects of restraint on cracking and the effects of controlledplacing temperatures, concrete strength requirements, and typeand fineness of cement on volume change.

Practices for Evaluation of Concretein Existing Massive Structures forService ConditionsACI Committee 207, technical committee document 207.3R-94,1994, 16 pp., also in MCP-1 and the MCP CD-ROM.


Methods available for evaluating physical properties of concretein existing structures to determine the capability of performingsatisfactorily under service conditions are identified and discussedin this publication. The report recommends project design, operationand maintenance records, and in-service inspections data to bereviewed. Methods of making condition surveys and nondestructivetests are reviewed and methods for evaluation of test and surveydata are presented.

Cooling and Insulating Systems forMass ConcreteACI Committee 207, technical committee document 207.4R-93,1993 (Reapproved 1998), 22 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 207493.CT02$31.50 (ACI members $19.00) PDF available

The need for control of volume change in mass concrete inducedprimarily by temperature change has led to the development ofcooling and insulating systems for use in mass concrete construction.

Roller-Compacted Mass ConcreteACI Committee 207, technical committee document 207.5R-99,1999, 47 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 207599.CT02

$32.50 (ACI members $20.00) PDF availableRoller-compacted concrete (RCC) represents a new concept

in which concrete with no-slump consistency is transported, placed,and compacted utilizing earth and rock fill construction equipment.Properties of hardened RCC have been found to be the same asconventional concrete with the same water-cement ratio. Mixtureproportioning, physical properties, mixing, transporting, placing,consolidating, curing, protection, and design and construction ofgravity sections with RCC are discussed.

MASONRY MASS CONCRETE

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7/17/2019 Ac i 2002 Catalog


Materials Science of Concrete Series The American Ceramic Society

The Materials Science of Concrete Series aims to bridge thegap between the research world and the practical applications oconcrete as a material. These books primarily serves theengineering community, the people in the field, and thconstruction specialists who do not have the opportunity to follow

new scientific developments on a continuous basis.

Strength and Related Propertiesof ConcreteBy: S. Popovics. Publisher: John Wiley & Sons, 1997, 324 pp.Order Code: 00SRPC.CT02$98.00For a description, see INDUSTRY PUBLICATIONS onpage 90.

Properties of ConcreteBy: A. Neville. Publisher: Longman.1995, 844 pp.Order Code: 00P0C.CT02$115.00For a description, see INDUSTRY PUBLICATIONS on page 88.

ACI Seminar — Practical Concrete MaterialsThis 1-day seminar covers the quality material selection and

specifying of concrete and concrete materials, including cementsslag, fly ash, silica fume, blended cements, aggregates, chemicaadmixtures, testing procedures for the proper evaluation of tesresults, and what to do when test results are unacceptable. Seepages 31-33 for detailed information about cities and dates offerein 2002, or visit www.concreteseminars.com.

Vol. IV1995, 422 pp., hard cover.Order Code: 0MSCIV.CT02$93.00

For descriptions, seeINDUSTRY PUBLICATIONS onpage 87.

Vol. I1989, 333 pp., hard cover.Order Code: 00MSCI.CT02$93.00

Vol. II1991, 281 pp., hard cover.Order Code: 0MSCII.CT02$93.00

MATERIALSSee also AGGREGATES, CEMENT, and ADMIXTURES

Guide to a Recommended Format for theIdentification of Concrete in a MaterialsProperty DatabaseACI Committee 126, technical committee document 126.1R-97,1997, 17 pp.Order Code: 126197.CT02$26.50 (ACI members $14.00) PDF available

This guide is intended for use by those responsible for enteringdata into a concrete materials property database. The organizationand structure presented in this guide provide an extensiveframework for cross-referencing concrete materials properly andprocessing data.

Guide to a Recommended Format forConcrete in a Materials Property Database


The purpose of this guide is to facilitate efficient storage andretrieval of information about concrete and its constituents with acomputer and allow meaningful comparison of data from differentsources. It is intended for use by those responsible for planningand maintaining data into a concrete materials property databaseas well as those who enter data.

ACI Committee 126 developed this guide to be consistent withthe principles of ASTM Committee E49,Computerization of Material

and Chemical Property Data .

Concrete Primer (Fourth Edition)Special Publication 1, 1987, 96 pp.By: F.R. McMillan and Lewis H. Tuthill.Order Code: 000SP1.CT02$33.50 (ACI members $14.00)

This primer develops, in simple terms, the principles governingconcrete mixtures and shows how knowledge of these principlesand of the properties of cement can be applied to the production ofpermanent structures in concrete.

Properties of Concrete at Early AgesSpecial Publication 95, 1986, 210 pp.


The early age history of concrete is crucial in determining howdurable that concrete will be. Knowledge of the environmentaleffects on concrete at early ages is needed to predict concretedeflections and crack resistance. This publication offers informationon properties of concrete at early ages for the engineer to ensuresafe construction practices.

MATERIALS

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MIXTURE PROPORTIONINGSee also MATERIALS and MASS CONCRETE

Standard Practice for SelectingProportions for Normal, Heavyweightand Mass Concrete

ACI Committee 211, technical committee document 211.1-91,1991 (Reapproved 1997), 38 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 211191.CT02

$56.50 (ACI members $33.00) PDF availableThis publication describes methods for selecting and adjusting

proportions for normalweight concrete. The procedures take intoconsideration the requirements for placeability, consistency, strength,and durability. Example calculations are shown, includingadjustments based on the characteristics of the first trial batch.The proportioning of heavyweight concrete for such purposes asradiation shielding and bridge counterweight structures is

described.

Proportioning and Handling Concrete(CD-ROM)Order Code: CT0298.CT02$119.50 (ACI members $85.00)

This CD includes the following: 211.1-91, Standard Practice for

Selecting Proportions for Normal, Heavyweight and Mass Concrete ; 211.4R-93, Guide for Selecting Proportions for High-

Strength Concrete with Portland Cement and Fly Ash ; 212.3R-91,Chemical Admixtures for Concrete ; 212.4R-93, Guide for the Use of High-Range Water-Reducing Admixtures (Superplasticizers)

in Concrete ; 214-89, Recommended Practice for Evaluation of Strength Test Results of Concrete ; 221R-96, Guide for Use of

Normal Weight Aggregates in Concrete ; 304R-89, Guide for Measuring, Mixing, Transporting and Placing Concrete ; 304.2R-96, Placing Concrete by Pumping Methods ; and 309R-96, Guide

for Consolidation of Concrete .

Standard Practice for Selecting Proportionsfor Structural Lightweight ConcreteACI Committee 211, technical committee document 211.2-98,1998, 18 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 211298.CT02$21.50 (ACI members $11.00) PDF available

This publication describes, with examples, two methods forproportioning and adjusting proportions of structural grade

concrete containing lightweight aggregates. Examples are givenfor systematic calculation of batch weights, effective displacedvolumes, and adjustments to compensate for changes in aggregatemoisture content, aggregate proportions, cement content, slumpand/or air content.

Guide for Selecting Proportions forNo-Slump ConcreteACI Committee 211, technical committee document 211.3R-97,1997, 26 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 211397.CT02$38.50 (ACI members $23.00) PDF available

Intended as a supplement toRecommended Practice for Selecting

Proportions for Normal and Heavyweight Concrete (ACI 211.1-91),this guide describes a procedure for proportioning concretes havingslumps in the range of 0 to 1 in. and consistencies below this range,for aggregates up to 1-1/2 in. maximum size. Suitable equipment formeasuring such consistencies is also described.

Guide for Selecting Proportions for High-Strength Concrete with Portland Cementand Fly AshACI Committee 211, technical committee document 211.4R-93,1993 (Reapproved 1998), 14 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 211493.CT02$21.50 (ACI members $11.00) PDF available

This guide presents a generally applicable method for selectingmixture proportions for high-strength concrete and optimizing themixture proportions on the basis of trial batches. The method islimited to high-strength concrete produced using conventionalmaterials and production techniques.

Guide for Submittalof Concrete Proportions

ACI Committee 211, technical committee document 211.5R-01,12 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 211501.CT02$18.50 (ACI members $11.50) PDF available

Project specifications and other contract documents containthe requirements for concrete materials, proportions, andproperties. Submittals must be prepared and reviewed to showthat these requirements have been satisfied, and ACI 211.5R-01,Guide for Submittal of Concrete Proportions, leads users through

this process. The Guide is an essential tool for concrete producerswho determine the concrete mixture proportions and preparesupporting documentation, concrete contractors who submit thereport, and for the architect and engineer who review them. Chaptertopics include materials and production, concrete mixtureproportions, documentation of compressive strength, and sampleforms and suggested documentation.


Special Proportioning Package Offer!Order Code: 211/PACK.CT02$125.50 (ACI members $71.00)

Buy all five publications and save $30: Standard Practice for

Selecting Proportions for Normal, Heavyweight and Mass Concrete (ACI 211.1-91); Standard Practice for Selecting

Proportions for Structural Lightweight Concrete (ACI 211.2-98);Guide for Selecting Proportions for No-Slump Concrete (ACI 211.3-97), Guide for Selecting Proportions for High-Strength Concrete with

Portland Cement and Fly Ash (ACI 211.4-93); andGuide for Submittal of Concrete Proportions (ACI 211.5-01). ACI members save anadditional $18. NO QUANTITY DISCOUNTS.

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(CONT.)See also MATERIALS and MASS CONCRETE

Concrete MixturesCompilation 12, 1990, 64 pp.

Order Code: 000C12.CT02$27.50 (ACI members $16.00)

The 14 reports in this compilation cover topics including theuse of computers, production and delivery of high-strengthconcrete, concrete quality control, quality assurance programs,concrete mixtures and construction needs, automatic adjustmentsof concrete mixtures, concrete mixtures optimization, the role ofwater in concrete, low water-cement ratios, structural wood-fiberconcrete, premixed cement paste, and interpreting the slump test.

Proportioning Concrete MixturesSeminar Course Manual 26, 1992, 107 pp.Order Code: SC2692.CT02$49.50 (ACI members $30.00)

Created for the popular ACI seminar of the same name, thisbook includes an overview of the basic principals of mixtureproportioning, step-by-step procedures for determining mixtureconstituents, 17 example problems to work out (with answer sheet),and a standard form to follow. Standard Practice for Selecting

Proportions for Normal, Heavyweight, and Mass Concrete (ACI211.1-91) is included. Bound as a spiral book, this publication isan excellent way to learn mixture proportioning.

Engineered Concrete —Mix Design and Test MethodsBy: I. Kett. Publisher: CRC Press LLC, 1999, 256 pp.Order Code: 0000EC.CT02


Design and Control of Concrete MixturesPublished by: Portland Cement Association, 2002, 342 pp.Order Code: 0EB001.CT02$39.00For a description, see INDUSTRY PUBLICATIONS on page 85.


specifying of concrete and concrete materials, including cements,slag, fly ash, silica fume, blended cements, aggregates, chemicaladmixtures, testing procedures for the proper evaluation of test results,and what to do when test results are unacceptable. See pages 31-33for detailed information about cities and dates offered in 2002, or visitwww.concreteseminars.com.

NONDESTRUCTIVE EVALUATIONSee also TESTING and EVALUATION

In-Place Methods to EstimateConcrete StrengthACI Committee 228, technical committee document 228.1R-95,


The methods covered in this publication include the reboundhammer, probe penetration, pullout, ultrasonic pulse velocitymaturity, and cast-in-place cylinder. The underlying principles andinherent limitations of each method are also discussedRepeatability of test results is reviewed, and recommendationare given for developing the correlation relationship for eactest method. Recommendations are given for the number otests, and statistical techniques for the interpretation of tesresults are described.

Nondestructive Test Methods for

Evaluation of Concrete in StructuresACI Committee 228, technical committee document 228.2R-98,1998, 62 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 228298.CT02$45.50 (ACI members $27.00) PDF available

This report provides general information to individuals facedwith the task of evaluating the condition of a concrete structurand are considering the applicability of nondestructive tesmethods to aid in that evaluation.

Innovations in Nondestructive Testingof Concrete

Special Publication 168, 1997, 360 pp., 16 papers.Order Code: 0SP168.CT02$45.50 (ACI members $20.00)

New developments in the area of nondestructive testing(NDT) of concrete are reported, with both laboratory and fieldstudies included.

Nondestructive Testing of ConcreteSpecial Publication 112, 1988, 224 pp.Order Code: 0SP112.CT02$40.50 (ACI members $18.00)

This Special Publication provides information on thedevelopment and application of nondestructive testing techniquein the field of concrete.

NOTATIONSee also DEFINITIONS

Preparation of Notation for ConcreteACI Committee 104, technical committee document 104-71,1971 (Revised 1982) (Reapproved 1997), 12 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 010487.CT02$18.50 (ACI members $11.00) PDF available

This publication indicates how symbols shall be selected trepresent quantities or terms in the structural design of concrete

MIXTURE PROPORTIONING NONDESTRUCTIVE EVALUATION NOTATION

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NUCLEAR PARKING LOTS

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NUCLEARSee also CODES

Code Requirements for Nuclear SafetyRelated Concrete Structuresand Commentary

ACI Committee 349, technical committee document 349-01and commentary 349R-01, 2001, 134 pp., also in MCP-4 andthe MCP CD-ROM.Order Code: 034901.CT02$115.00 (ACI members $69.00) PDF available

These code requirements cover the proper design andconstruction of concrete structures that form part of a nuclear powerplant and have nuclear safety related functions. They apply tostructures inside and outside the containment system, but don’tcover concrete reactor vessels and concrete containmentstructures as defined by ACI-ASME Committee 359. The coderequirements are based on Building Code Requirements for

Structural Concrete (ACI 318-95), except for Chapter 12, which is

based on ACI 318-99.

Reinforced Concrete Design for ThermalEffects on Nuclear Power Plant StructuresACI Committee 349, technical committee document 349.1R-91,1991 (Reapproved 2000), 30 pp., also in MCP-4 and the MCPCD-ROM.Order Code: 349191.CT02$38.50 (ACI members $23.00) PDF available

This report presents a design-oriented approach for consideringthermal loads on reinforced concrete structures.

Evaluation of Existing Nuclear Safety-Related Concrete StructuresACI Committee 349, technical committee document 349.3R-96,1996, 19 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 349396.CT02$29.50 (ACI members $18.00) PDF available

This report recommends guidelines for the evaluation of existingnuclear safety-related concrete structures.

Code for Concrete Reactor Vesselsand ContainmentsJoint ACI-ASME Committee 359, 1998, 8-1/2 x 11 in. format.

This publication constitutes the requirements for the design,construction, and use of concrete reactor vessels and concrete

containment structures for nuclear power plants.

Available from: American Society of Mechanical Engineers,United Engineering Center, 345 E. 47th St., New York, NY 10017,telephone: 1-800-843-2763.

Concrete and Grout in Nuclear andHazardous Waste DisposalSpecial Publication 158, 1996, 135 pp.Order Code: 0SP158.CT02$48.50 (ACI members $22.00)

This Special Publication of six papers provides a wealth ofinformation for the design and analysis of structures used in low-

level radioactive waste disposal facilities. This volume also givesguidelines on the performance and use of concrete for sealinghigh-level nuclear waste disposal facilities.

PARKING LOTSSee also SLABS and PAVEMENTS

Guide for Design and Construction ofConcrete Parking Lots

ACI Committee 330, technical committee document 330R-01,32 pp., also in MCP-3 and the MCP CD-ROM.


Properly designed and built concrete parking lots offer life-cycle cost advantages over other paving materials. ACI 330R-01,Guide for Design and Construction of Concrete Parking Lots,

includes guidance on site investigation, slab thicknessdetermination, design of joints and other details, paving operations,and quality-assurance procedures during construction. The guidealso discusses inspection and testing of concrete parking lots,and repair and maintenance.

Standard Specification for Plain ConcreteParking LotsACI Committee 330, technical committee document 330.1-94,1994, 7 pp., also in MCP-3 and the MCP CD-ROM.Order Code: 330194.CT02$18.50 (ACI members $11.00) PDF available

This Specification covers minimum requirements for theconstruction of plain concrete parking lots on grade. For moreinformation, call (248) 848-3800 or visit www.aci-int.org.

Concrete Site PavingSeminar Course Manual 28, 2001, 178 pp.Order Code: SC2801.CT02$48.50 (ACI members $37.00)

This compilation of background material from ACI concrete site

paving seminars includes up-to-date information on designingand constructing parking lots, hot and cold weather concreting, joints in concrete pavements, slab surface defects, and heavyindustrial concrete paving. For information, see pages 31-33.

ACI Seminar — Concrete Parking Lotsand Site Paving

This 1-day seminar covers how to design, specify, and constructeconomical and long-lasting concrete parking lots and siteelements, such as driveways, truck lanes, sidewalks, curbs, gutters,and architectural concrete. See pages 31-33 for detailedinformation about cities and dates offered in 2002, or visitwww.concreteseminars.com.

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PARKING STRUCTURESSee also DURABILITY

Guide for the Design of DurableParking StructuresACI Committee 362, technical committee document 362.1R-97,


This guide is a summary of practical information regarding the designof durable parking structures. It also includes information about designissues related to parking structure construction and maintenance.

Guide for Structural Maintenanceof Parking Structures

ACI Committee 362, technical committee document 362.2R-00,2000, 15 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 362200.CT02

$22.50 (ACI members $13.00) PDF availableThis guide assists parking structure owners, operators, and the

consultants who advise them in developing preventive maintenanceprograms for parking structures. It presents typical maintenanceconcerns and suggests ways of addressing them.

How to Design, Build, and MaintainConcrete Parking StructuresSeminar Background Material 39, 1991, 263 pp.Order Code: SBM391.CT02$49.50 (ACI members $30.00)

Durability must be designed into a concrete parking structureto avoid the many serious problems that can plague this type of

structure. This assembly of reports and articles on parking structuresand durability is divided into design, material, construction, andmaintenance considerations.

PAVEMENTSSee also SLABS

Guide for Design of Foundations andShoulders for Concrete PavementsACI Committee 325, technical committee document 325.3R-85,(Revised 1987), 8 pp., also in MCP-3 and the MCP CD-ROM.Order Code: 325387.CT02$18.50 (ACI members $11.00) PDF available

In this guide, methods are suggested for material selection,moisture control, and compaction or treatment of soils and materialsto assure volume stability and uniform support for concrete pavements.Various environments are considered and appropriate methods ofupgrade preparation are outlined. Base and subbase functions aredefined and adaptability of types of subbases is discussed.

Design of Continuously ReinforcedPavement for AirportsACI Committee 325, technical committee document325.5R-90, 1990, 12 pp.Order Code: 325590.CT02$18.50 (ACI members $11.00)

This committee report provides design procedures fo

continuously reinforced concrete pavement for airports. A methodis presented to compute slab thickness and reinforcingrequirements. Reinforcement detailing and special treatments fopavement ends are discussed.

Texturing Concrete PavementsACI Committee 325, technical committee document 325.6R-88,1988 (Reapproved 1997), 10 pp., also in MCP-3 and the MCPCD-ROM.Order Code: 325688.CT02$18.50 (ACI members $11.00) PDF available

This document deals with the issue of pavement texture and isdirected toward new construction and to modifying existingconcrete pavements for increased public safety. Texture inpavements improves skid resistance that assists in stoppingvehicles without loss of control.

Recommendations for DesigningPrestressed Concrete PavementsACI Committee 325, technical committee document 325.7R-88,1988, 21 pp.Order Code: 3325788.CT02$26.50 (ACI members $14.00)

This report analyzes the factors influencing the design oprestressed concrete pavements and recommends methods fotheir layout and structural analysis.

Guide for Construction of ConcretePavements and Concrete BasesACI Committee 325, technical committee document 325.9R-91,formerly 316R, 1991 (Reapproved 1997), 27 pp., also in MCP-3and the MCP CD-ROM.Order Code: 325991.CT02$38.50 (ACI members $23.00) PDF available

This recommended practice covers the construction of concretepavements and bases. Specific sections deal with specifyingsampling, and testing materials. Recommendations for forms andslip-forming are included. Joints are also discussed, as well asrecommendations for hot/cold-weather concreting.

Report on Roller-CompactedConcrete PavementsACI Committee 325, technical committee document325.10R-95, 1995 (Reapproved 2001), 32 pp., also inMCP-3 and the MCP CD-ROM.Order Code: 325105.CT02$46.50 (ACI members $28.00)

This report contains information on applications, materiaproperties, mix proportioning, design, construction, and qualitycontrol procedures.

PARKING STRUCTURES PAVEMENTS

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PAVEMENTS (CONT.)See also SLABS

Accelerated Techniquesfor Concrete Paving

ACI Committee 325, technical committee document 325.11R-01,18 pp., also in MCP-3 and the MCP CD-ROM.Order Code: 325111.CT02$26.50 (ACI members $14.50) PDF available

Fast-track concrete paving helps contractors improve profitswith time-of-completion incentives. It also helps public agenciescombat increasing public impatience with traffic interruptions duringpavement repair or replacement. But successful use of this powerfultechnology requires agencies and contractors to change traditionalconstruction specifications and processes.

Accelerated Techniques for Concrete Paving describes theneeded changes and also applications for roadways, airfields,and other pavements. You’ll get recommendations for planning,concrete materials and properties, jointing and joint sealing, curing

and temperature control, concrete strength testing, and openingthe pavement to traffic. An appendix gives flexural strengthrequirements for opening to traffic. These requirements vary withpavement class (municipal or highway), foundation support value,and expected loading, expressed as equivalent single-axle loads.

With the new accelerated techniques, concrete pavements canbe opened to traffic in 12 to 48 hours, while traditional techniquesrequire waits of 5 to 14 days. This fast-track approach allowstransportation officials to complete projects that under normal timeframes would simply not be feasible.

Recent Developments in the Design and

Specification of Concrete Pavement SystemsSpecial Publication 181, 1998, 137 pp.Order Code: 0SP181.CT02$38.50 (ACI members $23.00)

The six papers in this Special Publication address many differentaspects of mechanistic design, such as environmental stress,improved pavement design methodology, approaches toperformance-based specification, characterization of joint sealantsfor design purposes, characterization of concrete strength basedon fracture properties, and others.

Concrete PavementsCompilation 30, 1995, 76 pp.Order Code: 000C30.CT02$47.50 (ACI members $29.00)

This compilation of 14 Concrete International magazine articlesaddresses concrete pavements, with topics including performancespecifications for concrete pavements; crack repairs to concretepavements; quality workmanship in rapid repair of concretepavements; strength and durability of rapid highway repair concretes;cracking in soil cement — causes, effect, control; performance ofbonded concrete overlays on continuously reinforced concretepavements; durability of pavement repairs: a field experiment; andabrasion resistance of high-strength concrete pavements.

Roller-Compacted Concrete PavementCompilation 8, 1987, 55 pp.Order Code: 0000C8.CT02$21.50 (ACI members $13.00)

Lower costs and the ability to withstand high loads withoutsacrificing durability are just two of the reasons for the increasedpopularity of roller-compacted concrete (RCC) pavement. This

compilation of articles from Concrete International providesinformation on technologies and applications of this rapidly growingarea of concrete construction, covering topics such as heavy-dutypavements, mixing of roller-compacted concrete, aggregategradation for RCC pavement, and placing techniques for roller-compacted concrete.

Concrete Site PavingSeminar Course Manual 28, 2001, 178 pp.Order Code: SC2801.CT02$48.50 (ACI members $37.00)

This compilation of background material from ACI concrete site-paving seminars includes up-to-date information on designingand constructing parking lots, hot and cold weather concreting,

joints in concrete pavements, slab surface defects, and heavyindustrial concrete paving.

ACI Seminar — Concrete Parking Lotsand Site Paving

This 1-day seminar covers how to design, specify, and constructeconomical and long-lasting concrete parking lots and siteelements, such as driveways, truck lanes, sidewalks, curbs, gutters,and architectural concrete. See pages 31-33 for detailedinformation about cities and dates offered in 2002, or visitwww.concreteseminars.com.

PERIODICALS

Concrete InternationalMonthly periodical ISSN 0162-4075Order Code: 0000CI.CT02Per year in the U.S.: $131.00, $139.00 elsewhere. Payable inadvance. Air mail postage, if desired, is $80.00 in addition tothe subscription fee.Single copy price (prepaid): $19.00 (ACI members $13.00)Members receive a subscription as part of their dues.

Concrete International contains timely reports on construction,products, and materials related to concrete. The magazine featuresarticles on architectural concrete, project/construction descriptions,

construction techniques and methods, practical “how-to” designand design aids, testing and inspection, business management,state-of-the-art reviews, and problem solving in the areas ofconcrete design and construction.

General news is also highlighted involving ACI activities andmembers, industry news, and announcements of ACI policychanges. The thrust of the magazine is practical in content andcurrent in theme.

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Special Combination OfferA special discount is available to subscribers as follows:subscribe to two periodicals for 1 year (Structural Journal,

Materials Journal, or Concrete International ) and pay only:$212.00; Outside the U.S.: $228.00Order Code: Sub(2)-Combo.CT02(Identify selected publication on order form) or buy a one-yearsubscription to all three publications (Structural Journal ,Materials Journal, and Concrete International ) and pay only:$285.00; Outside the U.S.: $309.00Order Code: Sub(3)-Combo.CT02

PERIODICALS (CONT.)

ACI Structural JournalBimonthly periodical ISSN 0889-3241Order Code: 0000SJ.CT02

ACI Materials JournalBimonthly periodical ISSN 0889-325XOrder Code: 0000MJ.CT02A one-year subscription to either the ACI Structural Journal or theACI Materials Journal is:$131.00; Outside the U.S.: $139.00Single copy price (prepaid) U.S. and International:$10.00 member; $23.00 nonmember

Members receive either the ACI Structural Journal or the ACI Materials Journal as part of their dues. Members may subscribe tothe second journal for an additional $51.00 (outside the U.S.$58.00). The subscription year is from the date entered. Air mailpostage, if desired, is $65.00 in addition to the subscription fee.

Edited for professional and technical personnel in engineering,construction, design, research, manufacturing and education, each

journal contains technical, archival types of papers. The ACI Structural Journal offers papers on topics such as structural analysisof buildings and bridges, shear and torsion, and structural research.The ACI Materials Journal offers topics such as mixtureproportioning, creep and shrinkage, and materials research.

PIPES

Specification for Cast-in-PlaceConcrete Pipe

ACI Committee 346, technical committee document 346-01,

5 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 034601.CT02$16.50 (ACI members $10.00)

ACI 346-01, Specification for Cast-in-Place Concrete Pipe,

is a reference specification for cast-in-place concrete pipe(CIPCP) and includes requirements for pipe with a diameter upto 120 in. (305 mm).

PLACINGSee also CONSOLIDATION and CURING

Guide for Measuring, Mixing,Transporting, and Placing ConcreteACI Committee 304, technical committee document 304R-00


This guide presents information on handling, measuring, anbatching of all materials used in making normal weightlightweight, and heavyweight concrete. It covers both weight anvolumetric measuring; central mixture plants and truck mixersand concrete placement using buckets, buggies, pumps, anconveyors. Also covered are underwater placement andpreplaced aggregate concretes. Achieving quality control icompleted structures is also addressed.

Guide for the Use of PreplacedAggregate Concrete for Structural and

Mass Concrete ApplicationsACI Committee 304, technical committee document 304.1R-92,1992 (Reapproved 1997), 19 pp., also in MCP-2 and the MCPCD-ROM.Order Code: 304192.CT02$24.50 (ACI members $14.00) PDF available

This guide describes practices developed over many years ithe successful use of the method; gives reasons for materiarequirements that are different from those usually specified foordinary concrete; and provides information on equipment, formsaggregate handling, and grouting procedures.

Placing Concrete by Pumping Methods


This report describes pumps for transporting and placingstructural concrete. Rigid and flexible pipelines are discussed, awell as couplings and other accessories. This report does not coveshotcreting or pumping of nonstructural insulating or cellular typeof concrete.

PERIODICALS PIPES PLACING

REVISED!

Special HANDLING CONCRETE Package!Order Code: 304/PACK.CT02$136.50 (ACI members $79.00)

Save nearly 25% off the individual prices when you buy these

six documents together: Guide for Measuring, Mixing, Transporting,and Placing Concrete (304R-00); Guide for the Use of Preplaced

Aggregate Concrete for Structural and Mass Concrete Applications(304.1R-92); Placing Concrete by Pumping Methods (304.2R-96)Heavyweight Concrete: Measuring, Mixing, Transporting and Placing

(304.3R-96); Batching, Mixing and Job Control of Lightweight

Concrete (304.5R-91); andGuide for the Use of Volumetric-Measuring

and Continuous-Mixing Concrete Equipment (304.6R-91).NO QUANTITY DISCOUNTS.

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PLACING (CONT.)See also CONSOLIDATION and CURING

Heavyweight Concrete: Measuring,Mixing, Transporting, and PlacingACI Committee 304, technical committee document 304.3R-96,


This report presents recommended methods and proceduresfor measuring, mixing, transporting, and placing heavyweightconcretes that are used principally for radiation shielding in nuclearconstruction. Material properties and mixture proportioning arealso discussed.

Placing Concrete with Belt ConveyorsACI Committee 304, technical committee document 304.4R-95,1995, 15 pp.Order Code: 304495.CT02$25.50 (ACI members $14.00) PDF available

This report includes a short history of the development ofconveyor belts for transporting and placing concrete. The designof conveyor systems is discussed in relation to the properties ofthe plastic concrete, the delivery rate, and the job specifications.Belt widths, speeds, and angles of inclinations are considered.

Batching, Mixing, and Job Control ofLightweight ConcreteACI Committee 304, technical committee document 304.5R-91,1991 (Reapproved 1997), 9 pp., also in MCP-2 and the MCPCD-ROM.Order Code: 304591.CT02$18.50 (ACI members $11.00) PDF available

This report covers many of the practical aspects of batchinglightweight aggregate concrete and includes comments on mixingand job control. Procedures for batching are also covered in detail.

Guide for the Use of Volumetric-Measuring and Continuous-MixingConcrete EquipmentACI Committee 304, technical committee document 304.6R-91,1991 (Reapproved 1997), 14 pp., also in MCP-2 and the MCPCD-ROM.Order Code: 304691.CT02$18.50 (ACI members $11.00) PDF available

This guide includes a short history of, and information on, the

basic design and operation of equipment used to produce concreteby volumetric measurement and continuous mixing (VMCM),frequently called mobile mixers. Definitions, applications, andquality assurance testing are discussed.

Pumping Concrete — Techniquesand ApplicationsBy: R. A. Crepas. Publisher: Crepas & Associates, 1997, 3rdEdition, 276 pp.Order Code: 0000PC.CT02$105.00For a description, see INDUSTRY PUBLICATIONS on page 88.

Batching, Mixing and Transportation ofReady-Mixed ConcreteVideo Sponsored by ACI and PCA, 1992, 1/2 in. VHS, 30 min.,color.Order Code: 00EV01.CT02$279.00For a description, see VIDEOCASSETE LIBRARY on page 15.

PLASTERINGSee also MASONRY

Guide to Portland Cement PlasteringACI Committee 524, technical committee document 524R-93,1993, 28 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 052493.CT02$38.50 (ACI members $24.00) PDF available

In this guide, recommendations for producing good portlandcement-based plaster are described.

POLYMER CONCRETESee also EPOXIES

Guide for the Use of Polymers in ConcreteACI Committee 548, technical committee document 548.1R-97,1997, 29 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 548197.CT02$44.50 (ACI members $27.00) PDF available

This guide provides the user with the fundamental backgroundneeded to apply the technology of polymers in concrete to a varietyof engineering problems and applications. The guide’s formatprovides ease of modification and updating as polymer technologycontinues to develop. It is written in four basic sections to addresspolymer-impregnated concrete (PIC); polymer concrete (PC);

polymer-portland-cement concrete (PPCC), which is now calledpolymer-modified concrete (PMC); and safety.

Guide for Mixing and Placing SulfurConcrete in ConstructionACI Committee 548, technical committee document 548.2R-93,1993 (Reapproved 1998), 12 pp., also in MCP-6 and the MCPCD-ROM.Order Code: 548293.CT02$18.50 (ACI members $11.00) PDF available

This guide includes information on the historical background ofsulfur concrete construction, as well as a user’s guide.

PLACING PLASTERING POLYMER CONCRETE

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POLYMER CONCRETE (CONT.)See also EPOXIES

State-of-the-Art Report onPolymer-Modified ConcreteACI Committee 548, technical committee document 548.3R-95,

1995, 47 pp.Order Code: 548395.CT02$64.00 (ACI members $38.00) PDF available

Dispersant of polymers and water have been in use for manyyears as admixtures to portland cement mortar and concrete. Thesedispersants are commonly called latexes. The propertyimprovements from this family of admixtures includes increasedbond strength, reduced permeability, increased resistance tofreezing and thawing, and increased flexural strength. Applicationsof these materials include tile adhesive and grout, floor leveling,concrete patching, and bridge deck overlays.

Standard Specification for Latex-Modified Concrete (LMC) OverlaysACI Committee 548, technical committee document 548.4-93,1993 (Reapproved 1998), 6 pp., also in MCP-6 and the MCPCD-ROM.Order Code: 548493.CT02$18.50 (ACI members $11.00) PDF available

This Specification covers styrene butadiene latex-modifiedconcrete as an overlay on concrete bridge decks; it applies to bothnew construction and rehabilitation of existing decks. It includescertification requirements of the latex products, storage, handling,surface preparation, mixing, application, and limitations.

Guide for Polymer Concrete OverlaysACI Committee 548, technical committee document 548.5R-94,

1994 (Reapproved 1998), 26 pp., also in MCP-6 and the MCPCD-ROM.Order Code: 548594.CT02$41.50 (ACI members $25.00) PDF available

This guide provides an overview of thin (less than 1 in. thick)polymer concrete (PC) overlays for concrete and steel substrates.Emphasis is placed on their use in the transportation sector,specifically for bridge decks and parking garages. Surfacepreparation, application, evaluation, maintenance, and safetyaspects are included.

Polymer Concrete — Structural Applications:State-of-the-Art ReportACI Committee, technical committee document 548.6R-96,

1996, 23 pp.Order Code: 548696.CT02$32.50 (ACI members $20.00) PDF available

This state-of-the-art report covers applications of polymerconcrete (PC) and includes wall panels to carry wind and seismicloads, underground vaults that must resist lateral earth pressure,vault and utility box covers required to resist vehicle loads, machinetool components subject to a wide range of loadings, and railroadties to resist static and dynamic rail loads.

In-Place Performance of PolymerConcrete OverlaysSpecial Publication 169, 1997, 202 pp.Order Code: 0SP169.CT02$39.50 (ACI members $17.00)

This Special Publication includes 11 papers and providesinformation on when to use polymer concrete overlays, how to placthe overlay, and equipment needed for successful placement.

Properties and Uses of Polymersin ConcreteSpecial Publication 166, 1996, 274 pp.Order Code: 0SP166.CT02$45.50 (ACI members $20.00)

This Special Publication contains papers that were presentedat the 10th and 11th symposia held in Minneapolis, Minn., andTarpon Spr ings, Fla. There were four sessions: Polymer ConcretOverlays, Recent Innovations in Polymer Concrete Technologyand Structural Properties of Polymer Concrete, Parts I and II.

Polymer ConcreteSpecial Publication 137, 1993, 136 pp.Order Code: 0SP137.CT02$73.50 (ACI members $34.00)

In recent years, polymers have been used increasingly inconcrete applications for repairs, bridge deck and floor overlaysprecast products, and structural members. This Special Publicatiocontains seven papers dealing with polymer concrete use in avariety of applications.

Polymers in Concrete:Advances and ApplicationsSpecial Publication 116, 1989, 224 pp.Order Code: 0SP116.CT02

$43.50 (ACI members $20.00)This Special Publication, a collection of 12 symposium papers

gives insight into the advances made in polymer research. Includeare case studies, such as cold weather concrete repairperformance of overlays on bridge decks, electrically conductivepolymer concrete, and future trends in polymer concrete.

POLYMER CONCRETE

Special POLYMER CONCRETE package offer!Order Code: POLY/PACK.CT02$154.50 (ACI members $87.00)

Save over 25% off the individual prices by ordering the PolymePack! You’ll get the following ACI publications:Guide for the Use o

Polymers in Concrete (548.1R-97); State-of-the-Art Report onPolymer Modified Concrete (548.3R-95); Standard Specification

for Latex-Modified Concrete Overlays (548.4R-93); Guide fo

Polymer Overlays (548.5R-94); and In-Place Performance oPolymer Concrete Overlays (SP-169). NO QUANTITYDISCOUNTS.

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POLYMER CONCRETE (CONT.)See also EPOXIES

Polymer Modified ConcreteSpecial Publication 99, 1987, 220 pp.Order Code: 00SP99.CT02$44.50 (ACI members $20.00)

A collection of 11 papers, this Special Publication deals with thevarious effects of polymers in concrete and provides an extensivereference section. Filled with illustrations, photos, and graphs, thispublication will provide in-depth answers to many of your questions.

Polymer Concrete:Uses, Materials and PropertiesSpecial Publication 89, 1985, 352 pp.Order Code: 00SP89.CT02$62.50 (ACI members $28.00)

A great reference source, the 17 papers included in thisSpecial Publication deal exclusively with polymer use in concrete.Several papers present advances in research, development, and

uses for polymers.

Polymer ConferenceSeminar Background Material 1, 1991, 457 pp.Order Code SBM191.CT02$49.50 (ACI members $30.00)

Polymers are used increasingly in concrete due to the propertiesthey can provide. Polymer concrete is used for repairs, bridgedeck and floor overlays, precast products, and structural members.The North American Workshop of the International Congress onPolymers in Concrete (September 25-27, 1992) covered all ofthese subjects in depth.

POZZOLANSSee also FLY ASH, SLAG, SILICA FUME, CEMENT, and

ADMIXTURES

Use of Raw or Processed NaturalPozzolans in ConcreteACI Committee 232, technical committee document 232.1R-00,24 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 232100.CT02$25.50 (ACI members $14.00) PDF available

Natural pozzolans are used with portland cement for economyand beneficial modification of certain properties of fresh andhardened portland cement concrete. Use of Raw or Processed

Natural Pozzolans in Concrete (ACI 232.1R-00) provides a reviewof the current use of raw or processed natural pozzolans in concrete

and an overview of the properties of natural pozzolans and theirproper use in the production of hydraulic-cement concrete. Thisreport also provides information and recommendations for theselection and use of natural pozzolans generally conforming tothe applicable requirements of ASTM C 618 and CSA A23.5. Topicscovered in the report include:

Effect of natural pozzolans on concrete properties; Discussion of quality control and quality assurance; and Guidance regarding handling and use of natural

pozzolans in specific applications.

Fly Ash, Slag, Silica Fume and OtherNatural Pozzolans — Proceedings, Sixth

International ConferenceSpecial Publication 178, 1998, 2 vol., 1154 pp.Order Code: OSP178.CT02$124.50 (ACI members $56.00)

Expanding on the topic from the three prior conferences, thisSpecial Publication recaps the Sixth International Conference. Thistwo-volume set contains 59 refereed papers from 26 countries.For more information, call (248) 848-3800 or visitwww.aci-int.org.

Fly Ash, Slag, Silica Fume and OtherNatural Pozzolans — Proceedings, FifthInternational ConferenceSpecial Publication 153, 1995, 2 Vol., 1207 pp.Order Code: 0SP153.CT02$88.50 (ACI members $40.00)

This two-volume Special Publication of 30 papers from the FifthInternational Conference adds to the knowledge base of SP-132and SP-114 from the Third and Fourth International Conferences,respectively.

Fly Ash, Silica Fume, Slag and NaturalPozzolans in Concrete — Proceedings,Fourth International ConferenceSpecial Publication 132, 1992, 2 Vol., 1692 pp.Order Code: 0SP132.CT02$275.50 (ACI members $124.00)

This two-volume Special Publication recaps the FourthInternational Conference and is an excellent source of informationon the use of fly ash, silica fume, slag, and natural pozzolans inconcrete. The first volume contains 45 papers dealing with fly ashand natural pozzolans. The second volume consists of 44 paperson condensed silica fume and ferrous and non-ferrous slags.

Fly Ash, Silica Fume, Slag and NaturalPozzolans in Concrete — Proceedings,Third International ConferenceSpecial Publication 114, 1989, 2 Vol., 1730 pp.Order Code: 0SP114.CT02$74.50 (ACI members $33.00)

This two-volume set of 83 papers explores in detail how concreteproducers can conserve energy and resources while increasingprofitability. The first volume contains papers dealing with fly ashand natural pozzolans. The second volume details the use ofcondensed silica fume and ferrous and non-ferrous slags.

POLYMER CONCRETE POZZOLANS

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ACI Seminar – SupplementaryCementitious Materials

This 1-day seminar will cover the use of a wide range osupplementary cementitious materials which include various typeof fly ashes, ground granulated slag, silica fume, metakaolin, andother natural pozzolans. The origin and nature of each material anits effect on fresh- and hardened-concrete properties, and durabilit

in various aggressive environments will be discussed. The impacon construction practices using these materials also will be reviewedSee pages 31-33 for detailed information about cities and dateoffered in 2002 or visit www.concreteseminars.com.

PRECAST CONCRETESee also PARKING STRUCTURES, BRIDGES, and

GUIDEWAYS

Guide for Precast Concrete Wall PanelsACI Committee 533, technical committee document 533R-931993, 56 pp., also in MCP-6 and the MCP CD-ROM.


This document should be used in conjunction with theACI 318Building Code Requirements for Reinforced Concrete . In additionto a discussion of the basic principles of design, tolerances andmaterials, this guide also discusses fabrication, installation, qualitrequirements, and testing.

Design Recommendations for PrecastConcrete Structures

ACI Committee 550, technical committee document 550R-96(Reapproved 2000), 8 pp., also in MCP-6 and the MCP CD-ROM.

Order Code: 055096.CT02$18.50 (ACI members $11.00) PDF availableIn this publication, design of individual members and

connections for integration of members into structures is coveredAspects of detailing, handling, erection, and strength evaluatiorelated to design are also presented.

Precast and Prestressed ConcreteCompilation 37, 1997, 80 pp.Order Code: 000C37.CT02$47.50 (ACI members $29.00)

This compilation of 16 articles from Concrete Internationacovers numerous topics, including precast bridge slabs, long-spaslabs, bridge decks, joint grouting, and nuclear-related facilities

Emulating Cast-in-Place Detailing inPrecast Concrete Structures

ACI Committee 550, technical committee document550.1R-01, 2001, 16 pp., also in MCP-6 and the MCP-CD ROMOrder Code: 550101.CT02$26.50 (ACI members $16.00) PDF available

This document provides engineers with a practical guide fodetailing precast concrete structures to meet building codrequirements in all seismic regions by emulating cast-in-placereinforced concrete design. Special emphasis is placed odetailing joints and splices between precast components.

POZZOLANS PRECAST CONCRETE

POZZOLANS (CONT.)See also FLY ASH, SLAG, SILICA FUME, CEMENT, and

ADMIXTURES

Mineral AdmixturesCompilation 22, 1993, 72 pp.Order Code: 000C22.CT02$40.50 (ACI members $24.00)

This compilation includes papers on properties of shrinkage-compensating silica fume concrete made with Type K cement,high-strength silica fume concrete, long-term behavior of silicafume concrete, using microsilica to increase concrete’s resistanceto aggressive chemicals, silica fume in PCC, effects of fly ash onthe properties of silica fume concrete, new mineral admixtures forhigh-strength concrete, effect of microsilica on the durability ofconcrete structures, rice husk ash in roller-compacted concrete,and selected properties of high-volume fly ash concretes.


specifying of concrete and concrete materials, including cements,slag, fly ash, silica fume, blended cements, aggregates, chemicaladmixtures, testing procedures for the proper evaluation of testresults, and what to do when test results are unacceptable. Seepages 31-33 for detailed information about cities and dates offeredin 2002, or visit www.concreteseminars.com.

Fly Ash, Slag, Silica Fumeand Other NaturalPozzolans —Proceedings, Seventh

InternationalConference

Special Publication 199, 2001, 957 pp.Order Code: 0SP199.CT02$115.50 (ACI members 69.00)

Conditioning coal-burning power-plant flue gases with ammonia reduces

the emission of nitrous oxide compounds. But the ammonia oftencombines with available sulfur and other compounds that attachto the fly ash. If the ammoniated fly ash is then used in concrete,the high-pH environment causes a release of ammonia and astrong, objectionable ammonia smell. This can make the fly ashunmarketable. What’s the solution? Fly ash beneficiation processes

that can remove ammonia and also reduce the unburned carboncontent.

Some of the processes are described in one of the 54 papersincluded in ACI SP-199, Seventh CANMET/ACI International

Conference on Fly Ash, Silica Fume, Slag, and Natural Pozzolans in Concrete . Other papers deal with effects of fly ash and admixturecombinations on setting time, use of slag concrete to reducecorrosion of reinforcement, and the role of chemical and mineraladmixtures in concrete made with recycled concrete as aggregate.

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Specification for UnbondedSingle-Strand Tendons

ACI Committee 423, technical committee document 423.6/423.6R-01, 29 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 423601.CT02

$20.50 (ACI members $12.00) Specification for Unbonded Single-Strand Tendons and Commentary (ACI 423.6/423.6R-01) is a reference specificationfor unbonded single-strand tendons, and gives detailedrequirements for fabrication and installation of unbonded single-strand tendons. Requirements are presented for tendons in non-aggressive environments and in aggressive environments.

Construction of PrestressedConcrete StructuresBy: B. Gerwick. Publisher: John Wiley & Sons, 1993, 608 pp.,hard cover.Order Code: 00CPCS.CT02


Prestressed Concrete:A Fundamental ApproachBy: E. Nawy. Publisher: Prentice-Hall, 1999, 3rd Edition,938 pp., hard cover.Order Code: PRECON.CT02$103.00For a description, see INDUSTRY PUBLICATIONS on page 88.

Prestressed Concrete StructuresBy: M. Collins and D. Mitchell. Publisher: ResponsePublications, 1997, 752 pp., hard cover.Order Code: 000PCS.CT02$103.00For a description, see INDUSTRY PUBLICATIONS on page 88.

QUALITY ASSURANCESee also INSPECTION

Quality Management System forConcrete ConstructionACI Committee 121, technical committee document 121R-98,


This document provides guidance for the development andimplementation of quality systems for concrete construction projects.

PRESTRESSED CONCRETE QUALITY ASSURANCE

PRESTRESSED CONCRETESee also BRIDGES, GUIDEWAYS, PARKING STRUCTURES,

and SLABS

Recommendations for Concrete MembersPrestressed with Unbonded Tendons

Joint ACI-ASCE Committee 423, technical committeedocument 423.3R-96, 1996, 19 pp., also in MCP-5 and theMCP CD-ROM.Order Code: 423396.CT02$21.50 (ACI members $11.00) PDF available

This report is a guide for the design of flexural structural membersin buildings with unbonded tendons. Suggestions are presentedfor revisions and additions to theACI 318 Building Code regardingthis subject. Consideration is given to determination of fireendurance, design for seismic forces, and catastrophic loadings,in addition to design for gravity and lateral loads. Recommendationsare also presented concerning details.

Corrosion and Repair of Unbonded

Single Strand TendonsACI Committee 423, technical committee document 423.4R-98,1998, 19 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 423498.CT02$18.50 (ACI members $11.00) PDF available

This report provides general information regarding theevaluation of corrosion damage in structures reinforced withunbonded single strand post-tensioning tendons. The historicaldevelopment of these parts of the Building Code dealing withdurability and corrosion protection is explained. Evolution of thetypes and components of unbonded tendons is also described,as well as specific aspects of corrosion in unbonded single strandtendons, and common problems in structures reinforced withthese tendons. Methods are also presented for repairing,

replacing, and supplementing tendons.

State-of-the-Art Report on PartiallyPrestressed Concrete

ACI Committee 423, technical committee document 423.5R-99,1999, 37 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 423599.CTO1$25.50 (ACI members $14.00) PDF available

Partially prestressed concrete construction uses prestressedreinforcement or a combination of prestressed andnonprestressed reinforcement. Partially prestressed concrete fallsbetween the limiting cases of conventionally reinforced concreteand fully prestressed concrete, which allows no flexural tensionunder service loads. When flexural tensile stresses are allowedunder service loads, the prestressed members have historicallybeen called partially prestressed. This report is presented as anoverview of partial prestressing and covers numerous topics.

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QUALITY ASSURANCE (CONT.)See also INSPECTION

Quality in Concrete ConstructionCompilation 38, 1998, 60 pp.Order Code: 000C38.CT02

$59.50 (ACI members $36.00)This compilation of 16 articles from Concrete International

provides compact and readily available information on quality inconcrete construction.

Quality Assurance in Concrete ConstructionCompilation 16, 1992, 98 pp.Order Code: 000C16.CT02$65.50 (ACI members $39.00)

This compilation of articles and papers deals with qualityassurance in concrete construction. The 19 items cover topics thatinclude quality in concrete, relevant levels of quality, quality inconcrete construction, future trends in concrete quality control,

service life versus design cycle management, increased incomewith quality control, quality assurance systems, contractors andquality, and inspection and quality assurance.

Concrete Mix Design Quality ControlBy: K. Day. Publisher: E&FN Spon, 1999, 391 pp., includesCD-ROM.Order Code: 00CMDQ.CT02$105.00For a description, see INDUSTRY PUBLICATIONS on page 83.

RECYCLING

Removal and Reuseof Hardened Concrete

ACI Committee 555, technical committee document 555R-01,26 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 055501.CT02$35.50 (ACI members $21.00)

ACI 555R-01, Removal and Reuse of Hardened Concrete,provides guidance for assessing concrete structures for completeor partial demolition. The document also provides information onthe applicabil ity, advantages, l imitations, and safetyconsiderations of various types of concrete removal methodsranging from hand-operated power tools to hydrodemolition. ACI

555R also presents considerations for evaluating and processingwaste concrete for production of aggregates suitable for reusesin concrete construction.

REFRACTORY CONCRETE

Refractory Concrete:Abstract of State-of-the-Art ReportACI Committee 547, technical committee document 547R-79(Revised 1983) (Reapproved 1997), 224 pp., also in MCP-6

and the MCP CD-ROM.Order Code: 054787.CT02$75.50 (ACI members $49.00)

This report presents background information and perspectiveon the history of the technology of refractory concrete. For morinformation, call (248) 848-3800 or visit www.aci-int.org.

State-of-the-Art Report: Refractory Plasticsand Ramming MixesACI Committee 547, technical committee document547.1R-89, 1989 (Reapproved 1997), 115 pp., also in MCP-6and the MCP CD-ROM.Order Code: 547189.CT02$119.50 (ACI members $71.00) PDF available

This state-of-the-art report addresses the range of technologand application experience for refractory plastics and rammingmixes. For more information, call (248) 848-3800 or visiwww.aci-int.org.

REINFORCEMENTSee also DETAILING, BOND, and FIBER REINFORCED

POLYMERS

Mechanical Connectionsof Reinforcing BarsACI Committee 439, technical committee document 439.3R-91,

1991 (Reapproved 1999), 16 pp., also in MCP-5 and theMCP CD-ROM.Order Code: 439391.CT02$19.50 (ACI members $11.00) PDF available

This report provides engineers with basic information aboumechanical connections and the type of proprietary splice devicescurrently available.

Suggested Development, Splice, andStandard Hook Provisions for DeformedBars in TensionACI Committee 408, technical committee document 408.1R-90,1990, 3 pp.


This publication presents recommendations for code provisionsfor development, splice length, and hooked anchorages for barin tension. The recommendations explicitly consider cover, baspacing, and transverse steel.

QUALITY ASSURANCE RECYCLING REFRACTORY CONCRETE

REINFORCEMENT

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REINFORCEMENT (CONT.)See also DETAILING, BOND, and FIBER REINFORCED

POLYMERS

Reinforcement for Concrete —Materials and Applications

ACI Committee E701, Educational Bulletin E2, 2000, 16 pp.Order Code: 00E200.CT02$21.50 (ACI members $13.00)

This publication provides an introduction to commonly usedmaterials for reinforcement of concrete, and describes the basicproperties and uses of these materials. Topics covered includeplain, reinforced, and prestressed concrete; reinforcing andprestressing materials; corrosion-resistant reinforcement; andstorage and handling.

ACI Seminar — 318 Building CodeThis is an intensive 1-day seminar on the significant changes

in the ACI 318-99 Building Code Requirements for Structural

Concrete . Learn each change, why it was made, and work

through real-life examples. See pages 31-33 for detailedinformation about cities and dates offered in 2002, or visitwww.concreteseminars.com.

ACI Seminar — Reinforced Concrete DesignThis 2-day seminar covers design concepts and safety

provisions, flexural strength of members, serviceability, shearstrength of beams, development of reinforcement, combinedbending and axial compression, length effects on columns, designof two-way slabs and plates, footings, and designing for seismicforces. See pages 31-33 for detailed information about cities anddates offered in 2002, or visit www.concreteseminars.com.

REPAIRSee also EPOXIES and CRACKING

Guide for Evaluation of ConcreteStructures Prior to RehabilitationACI Committee 364, technical committee document 364.1R-94,(Reapproved 1999) 1994, 22 pp., also in MCP-5 and the MCPCD-ROM.Order Code: 364194.CT02$32.50 (ACI members $20.00) PDF available

This report provides information on the evaluation ofconcrete structures (except those subject to seismic effects)prior to rehabilitation.

Concrete Repair GuideACI Committee 546, technical committee document 546R-96(Reapproved 2001), 41 pp., also in MCP-6 and the MCPCD-ROM.


This document provides guidance on the selection andapplication of materials and methods for the repair, protection,and strengthening of concrete structures.

Guide for Repair of ConcreteBridge SuperstructuresACI Committee 546, technical committee document 546.1R-80,1980 (Reapproved 1997), 20 pp., also in MCP-6 and the MCPCD-ROM.

Order Code: 546180.CT02$25.50 (ACI members $14.00) PDF availableRepair techniques for concrete bridge superstructures are

described in this guide, including pier caps, beams, decks, curbs,sidewalks, and decks, and recommendations for evaluations ofdamage, selection of repair method, and surface preparation.Repair materials given primary consideration are conventionalportland cement mortars and concretes, and those using latex,epoxy resins, or methyl methacrylate.

Guide to Underwater Repair of ConcreteACI Committee 546, technical committee document 546.2R-98,1998, 24 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 546298.CT02

$27.50 (ACI members $16.00) PDF availableThis document provides guidance on the selection and

application of materials and methods for the repair andstrengthening of underwater concrete structures.

Concrete Repair Manual1999, 865 pp.Order Code: REPMAN.CT02$175.50 (ACI members $105.00)

This publication is produced jointly by the leaders in concreteand concrete repair—ACI International and the InternationalConcrete Repair Institute. With over 850 pages covering 39separate documents, this is the most complete collection ofinformation on concrete repair ever assembled in a single resource.

The Manual includes documents from: ACI, ICRI, SSPC, NACEInternational, American Concrete Pavement Association, the U.S.Army Corps of Engineers, and others.

Topics include: Evaluation: Condition Survey, NondestructiveTesting, Laboratory Investigation, Causes of Deterioration andDistress, and Repair Materials and Methods; Execution: MaterialSelection, Selection of Application Method Plans andSpecifications, Concrete Removal, Surface Preparation, and QC/ CA; Protection and Maintenance: Surface Treatments, JointSealants, Cathodic Protection, Cleaning, and StructuralStrengthening; Specific Considerations and Case Studies: Bridges,Dams, Other Hydraulic Structures, Pavement, and Parking Lots.

REINFORCEMENT REPAIR

Development of SeismicSteel ReinforcementProducts and SystemsSpecial Publication 184, 1999, 107 pp.Order Code: 0SP184.CT02$43.50 (ACI members $26.00)

This Special Publication of six papersprovides engineers and contractors withup-to-date information on newtechnologies that are available toimprove the performance of reinforcedconcrete structures, especially in zonesof high seismicity and to make designand construction more cost effective.

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REPAIR (CONT.)See also EPOXIES and CRACKING

Repair and Strengthening of ConcreteMembers with Adhesive Bonded PlatesSpecial Publication 165, 1996, 264 pp.


This Special Publication of 14 papers provides the first comprehensivepublication of information on research, design, construction methods,and case histories. The research described includes not only theoreticalanalysis and short-term experimental programs, but also test programsthat involve long-term outdoor exposure.

Bridge Repair and RehabilitationCompilation 29, 1995, 72 pp.Order Code: 000C29.CT02$39.50 (ACI members $24.00)

Compiled data combined with material previously published inInstitute periodicals provides compact and readily available

references on specific topics. A sample of the subject areas includeconstruction procedures for rapid replacement of bridge decks,rehabilitation of an elevated roadway bridge, polymer concretebridge overlays, traffic-induced vibrations, and bridge deck repairs.

Repair and Rehabilitation IICompilation 20, 1992, 80 pp.Order Code: 000C20.CT02$42.50 (ACI members $26.00)

This compilation of Concrete International articles on repairand rehabilitation contains topics including roof top parking slabreplacement, repair methods for salt-damaged reinforced concretestructures, quality workmanship in rapid repair of concretepavements, headworks rehabilitation, rehabilitation of an elevatedroadway bridge, reservoir rehabilitation, multistory parkingstructure rehabilitation, polymer concrete and joint repair,improving concrete bond and repaired bridge decks,nondestructive testing, repair of subsurface voids in a high-performance pavement, in-place bond testing and surfacepreparation of concrete, and polymer pile encapsulation.

Repair and Rehabilitation ofConcrete StructuresCompilation 10, 1990, 92 pp.Order Code: 000C10.CT02$20.50 (ACI members $11.00)

Older buildings are being remodeled and renovated at an

increasing rate. Roads and bridges require repair and maintenanceto keep up with modern traffic and loads. The 15 articles within thisdocument cover repair and rehabilitation practices for buildings,bridges, tanks, and parking garages. Specific topics includerehabilitation strategies, condition surveys, underwater inspections,and cathodic protection.

Repair, Rehabilitation, and Maintenanceof Concrete Structures, and Innovation inDesign and Construction—Proceedings,Fourth International ConferenceSpecial Publication 193, 2000, 1096 pp.Order Code: 0SP193.CT02

$70.50 (ACI members $42.00)This Special Publication includes 62 papers from the Fourth

International Conference in Seoul, Korea.

Repairing Concrete BridgesSeminar Course Manual 27, 1993, 399 pp.Order Code: SC2793.CT02$49.50 (ACI members $30.00)

This compilation of background material for ACI seminars obridge repair follows bridge repair from evaluation to material andmethod selection through seismic retrofit and on to bridge concretprotection and maintenance.

REPAIR

Repair and Rehabilitation: A Compilationfrom the Indian Concrete JournalPublisher: Research & Consultancies Directorate, TheAssociated Cement Companies Limited, India, 2001, 230 pp.Order Code: ICJCRR.CT02Price: $24.50For a description, see INDUSTRY PUBLICATIONS on page 89.DISCOUNTS NOT AVAILABLE.

Concrete Repair and Maintenance,IllustratedBy: P. H. Emmons. Publisher: R. S. Means, 1993,295 pp., hard cover.Order Code: 00CRMI.CT02$67.00For a description, see INDUSTRY PUBLICATIONS on page 84.

Concrete Repair — Volume IPublisher: The Aberdeen Group, 54 pp.Order Code: 000CR1.CT02$13.00

Concrete Repair—Volume IIPublisher: The Aberdeen Group, 56 pp.Order Code: 000CR2.CT02$13.00

High Performance Fiber-ReinforcedConcrete in Infrastructural Repairand RetrofitSpecial Publication 185, 2000, 250 pp.Order Code: 0SP185.CT02$53.50 (ACI members $32)

Up until now there has been very little information on the use ohigh performance fiber-reinforced concrete. But recent laboratorstudies and field applications show that HPFRC improveperformance of civil engineering infrastructure in a cost-effectivmanner. This publication includes 11 papers on the mechanicaproperties of HPFRC for infrastructural repair and retrofit.

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REPAIR (CONT.)See also EPOXIES and CRACKING

Concrete Repair—Volume IIIPublisher: The Aberdeen Group, 48 pp.Order Code: 000CR3.CT02$13.00

For a description, see INDUSTRY PUBLICATIONSon page 84.

ACI Seminar — Concrete Repair BasicsThis 1-day seminar covers condition surveys, repair

techniques, repair materials, cracks and joints, application ofrepair techniques, and case studies. See pages 31-33 fordetailed information about cities and dates offered in 2002, orvisit www.concreteseminars.com.

ACI Seminar — Repair of ConcreteWorkshop

This 2-day seminar covers an in-depth “how-to” on reliableconcrete repairs: determines causes of concrete deterioration;how to prepare for concrete repair; concrete repair techniques;and reviews research advancements and actual case histories.See pages 31-33 for detailed information about cities and datesoffered in 2002, or visit www.concreteseminars.com.

RESIDENTIALSee also SLABS

Guide to Residential Cast-in-PlaceConcrete Construction

ACI Committee 332, technical committee document 332R-84,1984, (Reapproved 1999), 38 pp., also in MCP-3 and the MCPCD-ROM.Order Code: 033284.CT02$49.00 (ACI members $30.00)

This guide presents good practices for the construction offoundations, footings, walls, and exterior and interior slabs on grade.

Residential ConcreteEditor: H. W. Conner. Publisher: Home Builder Press, 1999,3rd Edition, 101 pp.Order Code: 0000RC.CT02$33.00

For a description, see INDUSTRY PUBLICATIONS on page 89.

SEALANTSSee also JOINTS and CRACKS

Guide to Sealing Jointsin Concrete StructuresACI Committee 504, technical committee document 504R-90,1990 (Reapproved 1997), 44 pp., also in MCP-6 and the MCPCD-ROM.


Most joints, and some cracks in concrete structures, requiresealing against the adverse effects of environmental and serviceconditions. This guide provides better understanding of theproperties of joint sealants and where and how they are used.

SEISMIC AND LATERAL FORCESSee also BRIDGES and REPAIR

Recent Developments in Lateral ForceTransfer in BuildingsSpecial Publication 157, 1995, 516 pp.Order Code: 0SP157.CT02$70.50 (ACI members $32.00)

A total of 21 technical papers comprise this Special Publication.For more information, call (248) 848-3800 or visitwww.aci-int.org.

Seismic Design and ConstructionCompilation 31, 1996, 46 pp.Order Code: 000C31.CT02$46.50 (ACI members $28.00)

This compilation utilizes material previously published inInstitute periodicals to provide compact and ready references onspecific topics. The seven papers in the compilation have been

selected to provide useful and practical information. A samplingof the subject areas include: “Bay Area Rapid Transit: Concrete inthe 1960s,” “Precast Concrete Connection Details for All SeismicZones,” “Shearwalls — An Answer for Seismic Resistance,” etc.

For more information, call (248) 848-3800 or visitwww.aci-int.org.

Seismic Retrofit of Concrete StructuresSeminar course manual, 1995, 92 pp.Order Code: SC3095.CT02$49.50 (ACI members $30.00)

This publication includes nine reports covering topics includingperformance-based seismic design, seismic strengthening of 13-story concrete buildings, seismic rehabilitation of concrete buildingstructures, seismic retrofit of concrete structures and evaluation ofseismic hazards in existing and rehabilitated buildings.

ISDP: Impact of the Seismic DesignProvisions of the International

Building Code

By: S.K. Ghosh, 2001, 47 pp.Order Code: 00ISDP.CT02Price: $16.00For a description, see INDUSTRY PUBLICATIONS on page 86.DISCOUNTS NOT AVAILABLE.

REPAIR RESIDENTIAL SEALANTS SEISMIC AND LATERAL FORCES

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Special Value: Shotcrete PackageOrder Code: SHOT/PACK.CT02$110.50 (ACI members $66.00)

Buy our Shotcrete Pack and save over 25% off the individuaprices. This pack includes: Guide to Shotcrete (506-95),Committee Report on Fiber Reinforced Shotcrete (506.1R-98), Specification for Shotcrete (506.2R-95); Guide for the

Evaluation of Shotcrete (506.4R-94), and Shotcrete for the

Craftsman (CCS-4). NO QUANTITY DISCOUNTS.

SHEARSee also SLABS

State-of-the-Art Report on Recent CodeApproaches to Shear Design of

Structural Concrete

ACI Committee 445, technical committee document 445R-99,1999, 56 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 044599.CT02$50.50 (ACI members $30.00)

Truss model approaches and related theories for design ofreinforced concrete members to resist shear are presented in thisdocument. Realistic models for design of deep beams, corbels,and other nonstandard structural members are illustrated andbackground theories and the complementary nature of a numberof different approaches for the shear design of structural concreteare discussed. These relatively new procedures provide a unified,intelligible, and safe design framework for proportioning structural

concrete for combined load effects.

SHELLS

Concrete Shell Structures —Practice and CommentaryACI Committee 334, technical committee document334.1R-92, 1992 (Reapproved 1997), 10 pp., also in MCP-3and the MCP CD-ROM.Order Code: 334192.CT02$18.50 (ACI members $11.00)

This report highlights the practical aspects of shell design

including recommendations for designers of thin concrete shells.

SHOTCRETE

Guide to Shotcrete

ACI Committee 506, technical committee document 506R-90,1990 (Reapproved 1995), 41 pp., also in MCP-6 and the MCPCD-ROM.Order Code: 50695.CT02$61.50 (ACI members $36.00) PDF available

In this guide, recommendations are given on the applicability

of shotcrete to different types of construction, material requirements,and application procedures. Equipment requirements are givenfor both the dry-mix and wet-mix processes, and the testing ofshotcrete is covered in detail. Emphasis is placed on thecompetence of the application crew.

Concrete Tools Vol. 4 (CD-ROM) —ShotcreteOrder Code: CT0498.CT02

$125.50 (ACI members $87.00)This CD includes the following: 506R-95, Guide to Shotcrete

506.1R-84, State-of-the-Art Report on Fiber Reinforced Shotcrete

506.2-95, Specification for Shotcrete ; 506.3R-91, Guide to

Certification of Shotcrete Nozzlemen ; 506.4R-94, Guide for theEvaluation of Shotcrete , C-18, Shotcrete ; 308-92, Standard Practicefor Curing Concrete ; and 544.3R-93, Guide for Specifying, Mixing

Placing and Finishing Steel Fiber Reinforced Concrete .

Committee Report on FiberReinforced ShotcreteACI Committee 506, technical committee document 506.1R-98,1998, 11 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 506198.CT02$18.50 (ACI members $11.00) PDF available

This report describes the technology and uses of fiber reinforceshotcrete using steel fibers, glass f ibers, and polypropylene fibers

Specification for ShotcreteACI Committee 506, technical committee document 506.2-951995, 8 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 506295.CT02$18.50 (ACI members $11.00) PDF available

This specification, which is written in the three-part CSI formacovers materials, proportioning, and the application of shotcrete

Guide to Certification of ShotcreteNozzlemen

ACI Committee 506, technical committee document 506.3R-91,1991, 13 pp.Order Code: 506391.CT02$18.50 (ACI members $11.00)

This guide offers a means of certifying wet-mix and dry-mishotcrete nozzlemen for application of several, but not all, types oshotcrete.

Guide for the Evaluation of ShotcreteACI Committee 506, technical committee document 506.4R-94,1994, 12 pp., also in MCP-6 and the MCP CD-ROM.Order Code: 506494.CT02$22.50 (ACI members $12.00) PDF available

This document serves as a guide for engineers, inspectorscontractors, and others involved in accepting, rejecting, oevaluating in-place dry- or wet-mix shotcrete.

SHEAR SHELLS SHOTCRETE

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SHOTCRETE (CONT.)

Application and Use of ShotcreteCompilation 6, 1981, 92 pp.Order Code: 0000C6.CT02$19.00 (ACI members $11.00)

This compilation of Concrete International articles discussesshotcrete’s durability and environmental impact, and summarizesthe state of the art for refractory and steel fibrous shotcrete. Alsopresented are a comparative evaluation of fiber shotcrete,laboratory study of steel fiber shotcrete, dry-mix shotcrete nozzling,and shotcrete linings.

Shotcrete for the CraftsmanACI Committee E-703, Concrete Craftsman Series 4, 2000,59 pp.Order Code: 00CCS4.CT02$28.50 (ACI members $17.00)

This new publication describes and illustrates how to properlyplace quality shotcrete. Beginning with an explanation of what

shotcrete is, chapters cover equipment, materials, environmentalconditions, inspection and surface preparation, placement principalsand techniques, finishing and tolerances, safety, and testing.

ACI Certification ProgramsShotcrete Nozzleman

ACI administers certification programs for Shotcrete Nozzlemenin both wet- and dry-mix processes see pages 14-17 for generalprogram descriptions and training materials; for local programavailability and detailed information visit the Certification Section ofACI’s website:www.aci-int.org

SHRINKAGE-COMPENSATINGCONCRETESee also CEMENT

Standard Practice for the Use ofShrinkage-Compensating ConcreteACI Committee 223, technical committee document223-98, 1998, 28 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 022398.CT02$48.50 (ACI members $29.00) PDF available

Shrinkage-compensating concrete is used extensively invarious types of construction to minimize cracking caused by dryingshrinkage. Methods and details are also given in this documentcovering structural design, concrete mix proportioning, placement,finishing, and curing.

SILICA FUMESee also POZZOLANS

Guide for the Use of Silica Fume inConcreteACI Committee 234, technical committee document 234R-96, 1996 (Reapproved 2000), 52 pp., also in MCP-2 and theMCP CD-ROM.

SHOTCRETE SHRINKAGE-COMPENSATING CONCRETE SILICA FUME

SILOS SLABS


This guide describes recent applications of silica fume concrete;how silica fume concrete is proportioned, specified, and handledin the field; and areas where additional research is needed. It alsodescribes the physical and chemical properties of silica fume,how silica fume interacts with portland cement, and the effects ofsilica fume on the properties of fresh and hardened concrete.

SILOSSee also CHIMNEYS

Standard Practice for Design andConstruction of Concrete Silos andStacking Tubes for Storing GranularMaterials and CommentaryACI Committee 313, technical committee document 313-97/313R-97, 39 pp., 1997, also in MCP-2 and the MCP CD-ROM.Order Code: 031397.CT02$51.50 (ACI members $30.00) PDF available

This Standard puts forth special requirements for the uniquecases of static and dynamic loading such as: funnel flow, massflow, concentric flow, and asymmetric flow in silos. The Commentarypresents some of the considerations and assumptions of ACICommittee 313 in developing the Standard.

Circular Storage Tanks and SilosAuthor: A. Ghali – 2nd EditionPublisher: E&FN Spon, 2000, 330 pp.Order Code: 00CSTS.CT02$110For a description, see INDUSTRY PUBLICATIONS on page 82.DISCOUNTS NOT AVAILABLE.

SLABSSee also PAVEMENTS and PARKING LOTS

Guide for Concrete Floor andSlab Construction


This guide describes how to produce high quality concrete slabs

on ground and suspended floors for various classes of service. Itemphasizes such aspects of construction as site preparation,materials, concrete mixture proportions, workmanship, jointconstruction, load transfer across joints, form stripping procedures,and curing. Finishing methods, flatness/levelness requirements,and measurements are outlined. A valuable aid for t roubleshootingis the review of the causes of floor and slab surface imperfections.

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SLABS (CONT.)See also PAVEMENTS and PARKING LOTS

Design of Slabs on Grade


This document presents information on the design of slabs ongrade, including industrial floors and addresses the planning, design,and detailing of slabs. Background information on design theoriesis followed by discussion of the soil support system, loading, andtypes of slabs. Design methods are given for plain concrete,reinforced concrete, shrinkage-compensating concrete, and post-tensioned concrete slabs, followed by information on shrinkageand curing problems. Design examples appear in an appendix.

Shear Reinforcement for Slabs

ACI Committee 421, technical committee document 421.1R-99,1999, 15 pp., also in MCP-5 and the MCP CD-ROM.Order Codes: 421199.CT02$18.50 (ACI members $11.00) PDF available

Tests have established that punching shear in slabs can beeffectively resisted by reinforcement consisting of vertical membersmechanically anchored at the top and bottom of slabs. ACI 318sets out the principles of design for slab shear reinforcement andmakes specific reference to stirrups and shear heads. This reportreviews other available devices and recommendations for theirdesign. The application of these recommendations is illustratedthrough a numerical example.

Concrete Tools Vol. 1 — Slabs1998, CD-ROM.Order Code: CT0198.CT02$125.50 (ACI members $89.00)

This CD includes the following: 302.1R-96, Guide for Concrete

Floor and Slab Construction ; 360R-92(97), Guide for the Design of Slabs on Grade ; 308-92, Standard Practice for Curing Concrete ;309R-96, Guide for the Consolidation of Concrete ; 117-90/117R90,Standard Tolerances for Concrete Construction ; 224.3R-95, Joints

in Concrete Construction (Chapters 1, 2, 3 and 5); CP-10(95),Craftsman Workbook for ACI Certification of Concrete Flatwork Technicians and Finishers ; and SP-2(92), ACI Manual of Concrete

Inspection (Chapter 12).

Design of Two-Way SlabsSpecial Publication 183, 1999, 183 pp.Order Code: 0SP183.CT02$70.50 (ACI members $42.00)

This Special Publication consists of 10 papers that give thedesigner an overview of some of the different analysis and designtechniques that are currently being used. For more information,call (248) 848-3800 or visit www.aci-int.org.

SLABS

Elevated SlabsCompilation 21, 1992, 72 pp.Order Code: 000C21.CT02$35.50 (ACI members $23.00)

This compilation of Concrete International articles on elevatedslabs includes topics on tolerance conflicts and omissions isuspended slab construction, controll ing the quality o

suspended slab construction, construction loading analysis oslabs and shores using microcomputers, unbonded P-T slabsan economical alternative, interactive horizontal formworselection system, equivalent frame analysis of concretebui ldings during construct ion, design and construct ioninterdependence, wide module concrete joist constructioneconomical floor systems for multistory residential buildingsflatness and levelness of elevated surfaces, and long-termdeflections of two-way slabs.

Slabs on GradeACI Committee E-703, Concrete Craftsman Series 1, 1994,80 pp.Order Code: 00CCS1.CT02

$28.50 (ACI members $17.00)Topics in this publication include placing and finishing

including subgrade preparation, the use of vapor barriersestablishing grades, setting forms, placing reinforcement, andthe proper techniques for finishing and the use of all toolsAchieving and measuring slab tolerances (for flatness andlevelness) are also described in detail, as well as details o jointing and on curing and protection of slabs, and on typicaproblems, such as shrinkage and curling, cracking, dusting, anscaling. Possible solutions are also offered, and a completappendix of definitions is also included.

Special SLABS Package Offer!Purchase Designing Floor Slabs on Grade (DFSG-1) andDesign of Slabs on Grade (360R-97) together for one low price!

Order Code: DFSG/PACK.CT02$125.50 (ACI members $102.00)

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Supported Beams and SlabsACI Committee E-703, Concrete Craftsman Series 3, 1989,100 pp.

Order Code: 00CCS3.CT02$28.50 (ACI members $17.00)

This book offers the foreman and craftsman a source of informationto supplement practical experience. Chapters cover shoring, reshoring,form removal, forms for flat slabs, forms for slabs with beams, layout,blockouts, embedments, reinforcements, concrete placing andfinishing, concrete materials, and mixture proportioning.

Practitioner’s Guide to Slabs on GroundPractitioner’s Guide 4, 1998, 567 pp.Order Code: 000PP4.CT02$113.50 (ACI members $69.00)

This valuable reference compilation provides the latest practical

information on the design and construction of slabs on ground.

Slabs on Grade Videocassette: Design,Specification, and Construction

This 6-1/2 hour program includes the entire ACI Slabs on Gradeseminar that has been attended by over 6000 people. The seminarslides have been transferred to video and the speakers werestudio-recorded, yielding an extremely high-quality video.

Program 1: 120 minutes, 1996Order Code: EV2A96.CT02$99.50 (ACI members $61.00)

Topics covered include: introduction: design input values;overview: thickness design procedures, myths and misconceptions,planning and selection, subsurface considerations, concretemixture designs, and proper floor tolerances.

Program 2: 120 minutes, 1996Order Code: EV2B96.CT02$99.50 (ACI members $61.00)

Topics covered include: shrinkage-compensating concrete,fiber-reinforced concrete, supporting design information, andcomputer solutions.

Program 3: 120 minutes, 1996Order Code: EV2C96.CT02$99.50 (ACI members $61.00)

Topics covered include: overview of post-tensioning, post-tensioning design procedure, design details, and specifications.

Program 4: 35 minutes, 1996Order Code: EV2D96.CT02$49.50 (ACI members $30.00)

Topics covered include: problems and identification, causes,and prevention.

Concrete Slab Surface Defects: Causes,Prevention, RepairPublisher: Portland Cement Association, 1987, 12 pp.Order Code: IS177T.CT02$13.00For a description, see INDUSTRY PUBLICATIONS on page 84.

Finishing Concrete Slabs with Colorand TexturePublisher: Portland Cement Association, 1991, 40 pp.Order Code: PA124H.CT02$26.00For a description, see INDUSTRY PUBLICATIONS on page 86.

Concrete Floors on Ground, 3rd EditionPublisher: Portland Cement Association, 2001, 136 pp.Order code: EB075.CT02Price: $40.00For a description, see INDUSTRY PUBLICATIONS on page 83.

Cement Mason’s GuidePublisher: Portland Cement Association, 1990, 24 pp.Order Code: PA122H.CT02$17.00For a description, see INDUSTRY PUBLICATIONS on page 82.

Resurfacing Concrete FloorsPublisher: Portland Cement Association, 1996, 8 pp.Order Code: IS144T.CT02$10.00For a description, see INDUSTRY PUBLICATIONS on page 89.

Designing Floor Slabs on Grade1996, 2nd Edition, 271 pp.Order Code: DFSG96.CT02$76.00For a description, see INDUSTRY PUBLICATIONS on page 85.

Concrete FundamentalsEducation Committee E-703, 1993, 102 pp.Order Code: 00CCS0.CT02$28.50 (ACI members $17.00)

For a description, see CONSTRUCTION PRACTICES, or visitwww.concreteseminars.com.

SLABS

Complete Videocassette Package!Programs 1-4, 1996

Order Code: EV2E96/PACK.CT02$299.00 (ACI members $180.00)

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Moisture Problems in Concrete FloorsAnalysis and PreventionPublisher: The Aberdeen Group, 1998, 52 pp.

Order Code: 00MPCF.CT02$18.00For a description, see INDUSTRY PUBLICATIONS on page 87.DISCOUNTS NOT AVAILABLE.

ACI Seminar — Slabs on GroundThis 1-day seminar covers soil support systems, concrete

materials analysis, curling of joints and cracks, slab system design,reinforcing of slabs on ground, joint detailing and load transfer,floor surface flatness, and curing and surface treatments. Seepages 31-33 for detailed information about cities and dates offeredin 2002, or visit www.concreteseminars.com.

ACI Certification ProgramsConcrete Flatwork Finisher/TechnicianACI administers certification programs for Concrete Flatwork

Finishers and Technicians see pages 14-17 for general programdescriptions and training materials; for local program availabilityand detailed information visit the Certification Section of ACI’swebsite: www.aci-int.org

SLAGSee also POZZOLANS

Ground Granulated Blast-Furnace Slag asa Cementitious Constituent in Concrete


The use of iron blast-furnace slag as a constituent of concrete,either as an aggregate or as a cementing material, or both, is wellknown. This report primarily addresses the use of GGBF slag as aseparate cementitious material added along with portland cementin the production of concrete.

The material characteristics described and the recommendationsfor use pertain solely to ground granulated iron blast-furnace(GGBF) slag.

SOIL CEMENT

State-of-the-Art Report on Soil CementACI Committee 230, technical committee document 230.1R-90,1990 (Reapproved 1997), 23 pp., also in MCP-2 and the MCPCD-ROM.Order Code: 230190.CT02$20.50 (ACI members $11.00) PDF available

SLABS SLAG SOIL CEMENT SPECIFICATIONS

This state-of-the-art report provides basic information osoil-cement technology, with an emphasis on design, testingand construction.

PCA Soil PrimerPublisher: Portland Cement Association 1992, 40 pp.Order Code: 0EB007.CT02


SPECIFICATIONS

Specifications for Structural Concrete

ACI Committee 301, technical committee document 301-99,1999, 49 pp., also in MCP-2 and the MCP CD-ROM.Order Code: 030199.CT02$77.50 (ACI members $46.00) PDF available

This ACI Standard is a reference specification that the engineeor architect can make applicable to any construction project by citinit in the project specifications. The architect/engineer supplementthe provisions of this reference specification as needed bydesignating or specifying individual project requirements.

The document covers materials and proportioning of concretereinforcing and prestressing concrete; production, placingfinishing, and curing of concrete; and formwork design andconstruction. Methods of treatment of joints and embedded itemsrepair of surface defects, and finishing of formed and unformesurfaces are specified. Separate sections are devoted tarchitectural concrete, lightweight concrete, prestressed concreteand shrinkage-compensating concrete. Provisions governingtesting, evaluation, and acceptance of concrete as well aacceptance of the structure are included.

Also available in MetricOrder code: 301M99-CT02$80.50 (ACI members $47.00) PDF available

Field Reference ManualStandard Specifications for StructuralConcrete ACI 301-99 with Selected ACIand ASTM References

Special Publication 15, 1999Order Code: SP1599.CT02

$140.50 (ACI members $87.00)An essential reference document, Standard Specifications fo

Structural Concrete ACI 301-99 with Selected ACI and ASTMReferences (SP-15(99)), includes the Standard Specifications foStructural Concrete. This revision includes many technicachanges, as well as extensive format changes.

Also included in this field reference manual is a compilation oselected ACI standards and references and nine selected ASTM

standards and references.

Don’t be caught without your copy of this valuable fieldreference manual. Order your copy today!

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SPECIFICATIONS SYMPOSIA

SPECIFICATIONS (CONT.)

ASTM Standards in ACI 301 and 318Special Publication 71, 1999.Order Code: SP7199.CT02$144.50 (ACI members $88.00)

For a description, see CODES on page 20.

Reference Manual: Specifications forMasonry StructuresSpecial Publication 115, 1992, 300 pp.Order Code: 0SP115.CT02$143.50 (ACI members $86.00)

If you design or build with masonry, the Reference Manual:

Specifications for Masonry Structures (ACI SP-115(92)) — whichincludes the Specifications for Masonry Structures (ACI 530.l-92/ ASCE 6-92/TMS 602.92) — will prove to be an unparalleledreference source.

ACI 530.l-92/ASCE 6-92/TMS 602.92 covers the minimum

construction requirements for masonry structures. Included isinformation on: materials; placing, bonding, and anchoring ofmasonry; and placement of grout and of reinforcement. Alsocovered extensively are quality assurance, determination ofcompressive strength, and metal accessories.

The SP-115(92) reference manual is also a compilation ofselected ASTM standards and references listed in the specification,including concrete and clay building brick, sampling and testingbrick and structural clay tile, hollow load-bearing concrete masonry,grout for masonry, prefaced concrete and calcium silicate masonry,sampling and testing concrete masonry, strength anchors inconcrete and masonry elements, standard specification for mortar,standard test method for drying shrinkage of concrete block, andthe standard specification for prefabricated masonry panels.

SYMPOSIA

Recent Advances in Concrete TechnologySpecial Publication 179, 1998, 1128 pp.Order Code: 0SP179.CT02$62.50 (ACI members $28.00)

This Special Publication contains the proceedings of the FourthCANMET/ACI/JCI International Conference held in Tokushima,Japan, in June 1998. Sixty-two refereed papers were accepted forpresentation at this conference and for this publication. For moreinformation, call (248) 848-3800 or visit www.aci-int.org.

Advances in Concrete TechnologySpecial Publication 171, 1997, 712 pp.Order Code: 0SP171.CT02$62.50 (ACI members $28.00)

The proceedings of the Third CANMET/ACI InternationalConference on Concrete Technology continues the popular seriespresenting major advances in concrete technology. This volumegathers 33 papers from around the world on a wide variety ofconcrete technology subjects.

Proceedings, ThirdInternationalConference onSustainableDevelopment of Cementand Concrete

Special Publication 202, 2001, 490 pp.Order Code: 0SP202.CT02Price: $62.50 (ACI members $38.00)

Alternative cementitious materialscan play a major role in the concrete industry’s contribution to

sustainable development by helping to reduce carbon dioxideemissions and ease the fly ash disposal problem. Some of theapproaches to sustainable development are described in ACISP-202, Third CANMET/ACI International Symposium on

Sustainable Development of Cement and Concrete . In the volume,29 papers from international authors describe experiences withnon-ferrous slag, steel slag, crushed waste calcined-clay brick,and rice-husk ash used as partial replacements for portlandcement. Other topics include use of recycled concrete asaggregate, high-volume fly ash RCC for dams, and performance-based hydraulic cements.

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This Special Publication presents information on suchinnovations as super-workable concrete in jetty structures, heat-cured concrete in bridges, HPC precast pipe, wall panels from air-entrained ash slag concrete, stainless steel coatings for reinforcingbars, and in-place permeability testing.

Mete A. Sozen Symposium...A Tribute

From His StudentsSpecial Publication 162, 1996, 460 pp.$45.50 (ACI members $20.00)Order Code: 0SP162.CT02

This fact-filled symposium volume, in honor of Mete A. Sozen,contains 17 highly informative papers dealing with topics such asseismic design considerations for flat-plate construction, loaddeformation relationship of high-strength reinforced beams, andreinforced structural damage quantification.

Advances in Concrete TechnologySpecial Publication 154, 1995, 643 pp., 32 papers.Order Code: 0SP154.CT02

$57.50 (ACI members $25.00) CANMET, in association with the American Concrete Institute

and other organizations, sponsored a second conference onAdvances in Concrete Technology. The objective was to bringtogether representatives from industry, universities, andgovernment agencies to present the latest information and explorenew areas of needed research and development.

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SYMPOSIA TANKS

Structural Concrete:Behavior toImplementation

Special Publication 198, 2001, 139 ppOrder Code: 0SP198.CT02$26.50 (ACI members $16.00)

Leadership, combined with

innovation and integrity, are qualitieinherent in James G. MacGregor’personal and professional activitiesThese attributes led to a group knownas the “Friends of Jim” to prepare and

hold a national symposium of the American Concrete Istitute iSeattle to honor Jim MacGregor.

The symposium offers papers on diagonal tension, reliabilitycolumns, and engineering procedures.

NEW!

SYMPOSIA (CONT.)

Concrete Technology:Past, Present, and FutureSpecial Publication 144, 1994, 683 pp., 30 papers.Order Code: 0SP144.CT02$67.50 (ACI members $30.00)

This symposium served as a forum for discussion on the stateof the concrete industry and technology, and to identify importantissues that need to be addressed in the future. For moreinformation, call (248) 848-3800 or visit www.aci-int.org.

New Concrete TechnologySpecial Publication 141, 1993, 276 pp.Order Code: 0SP141.CT02$72.50 (ACI members $32.00)

This Special Publication of 12 papers contains a wide range ofsubjects related to concrete materials and technology. Topicsinclude statistical methods for evaluations of core strength and in-

place concrete test results, roller-compacted concrete dams,concrete bridge pavements, reliability of models for precastconcrete slabs, quality assurance and quality control, plusnumerous other topics.

Computer Applications in ConcreteTechnology — San Antonio 1987Special Publication 106, 1988, 188 pp.Order Code: 0SP106.CT02$80.50 (ACI members $36.00)

This Special Publication of 10 papers presents variousapplications of computer technology. Topics include computeranalysis of prestressed bridges, substructure modeling of two-way slab systems, prediction of shear failure, and much more.

Lewis H. Tuthill International Symposium:Concrete and Concrete ConstructionSpecial Publication 104, 1987, 360 pp.Order Code: 0SP104.CT02$30.50 (ACI members $14.00)

This Special Publication is a collection of 16 papers that detathe various steps involved in assuring quality concrete construction

Topics include improving concrete quality with silica fume, how toobtain quality concrete, consolidation, curing, hot and cold-weatheconcreting, and much more.

TANKS

Tightness Testing of Environmental

Engineering Concrete Structures andCommentary

ACI Committee 350, technical committee document 350.1/350.1R-01, 23 pp., also in MCP-4 and the MCP CD-ROM.Order Code: 350101.CT02$17.50 (ACI members $11.00)

ACI 350.1/350.1R-01, Tightness Testing of Environmenta

Engineering Concrete Structures and Commentary, gives methodsand criteria for tightness testing of environmental engineerinconcrete structures, including hydrostatic, surcharged hydrostaticand pneumatic tests. It is applicable to liquid and gas containmenstructures constructed with concrete or a combination of concretand other materials.

Recent Advances inConcrete Technology—Proceedings,Fifth InternationalConference

Special Publication 200, 2001,786 pp.Order Code: 0SP200.CT02

Price: $75.50 (ACI members $45.00)Self-compacting concrete, recycled-

concrete as aggregate, calcium nitrateaccelerators. These are just a few of the topics covered in the 47papers included in ACI SP-200, Fifth CANMET/ACI International Conference on Recent Advances in Concrete Technology . You’ll beable to compare the structural performance of full-scale columnsusing ordinary and self-compacting concretes and with stirrupconfigurations representing differing degrees of confinement. You’llalso learn about a procedure that improves the quality of concretemade using aggregate produced from recycled concrete. And aboutexperiments showing that, at 5°C, calcium nitrate is a much moreeffective accelerator than calcium chloride.

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TANKS TESTING

TANKS (CONT.)

Seismic Design Guide for Liquid-Containing Concrete Structuresand Commentary

ACI Committee 350, technical committee document 350.3/350.3R-01, 52 pp., also in MCP-4 and MCP CD-ROM.Order Code: 350301.CT02$31.50 (ACI members $19.00)

ACI 350.3/350.3R-01, Seismic Design of Liquid-Containing

Concrete Structures and Commentary , prescribes procedures forthe seismic analysis and design of liquid-containing concretestructures. These procedures address the “loading side” of seismicdesign and are intended to complement ACI 350-01/ACI 350R-01.

Guide for the Analysis, Design, andConstruction of Concrete-PedestalWater TowersACI Committee 371, technical committee document 371R-98,1998, 36 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 037198.CT02$40.50 (ACI members $24.00) PDF available

This guide presents recommendations for materials, analysis,design, and construction of concrete-pedestal elevated waterstorage tanks, commonly referred to as composite-style elevatedwater tanks that consist of a steel water storage tank supported bya concrete pedestal.

Design and Construction of CircularWire- and Strand-Wrapped PrestressedConcrete StructuresACI Committee 372, technical committee document 372R-00,2000, 24 pp., also in MCP-5 and the MCP CD-ROM.Order Code: 037200.CT02$39.00 (ACI members $22.00) PDF available

This report provides recommendations for the design andconstruction of wrapped, circular, prestressed concrete structurescommonly used for liquid or bulk storage.

Design and Construction of CircularPrestressed Concrete Structures withCircumferential TendonsACI Committee 214, technical committee document 373R-97,1997, 26 pp., also in MCP-5 and the MCP CD-ROM.


This report provides recommendations for the design andconstruction of circular prestressed concrete structures (commonlyreferred to as “tanks”) post-tensioned with circumferential tendons.

TESTINGSee also EVALUATION and NONDESTRUCTIVE EVALUATION

Recommended Practice for Evaluation ofStrength Test Results of ConcreteACI Committee 214, technical committee document 214-77,

1977 (Reapproved 1997), 14 pp., also in MCP-1 and the MCPCD-ROM.Order Code: 021489.CT02$19.00 (ACI members $11.00) PDF available

This publication discusses briefly the numerous variations thatoccur in the strength of concrete and presents statistical methodsuseful in interpreting these variations.

Simplified Version of the RecommendedPractice for Evaluation of Strength TestResults of ConcreteACI Committee 214, technical committee document 214.3R-88,1988 (Reapproved 1997), 8 pp., also in MCP-1 and the MCP

CD-ROM.Order Code: 214388.CT02$18.50 (ACI members $11.00)

This report introduces a simplified version of the statisticalconcepts outlined in ACI 214 for the specification, control, andevaluation of the production of concrete.

Provisional Standard Test Method forWater-Soluble Chloride Available forCorrosion of Embedded Steel in Mortarand Concrete Using the Soxhlet ExtractorACI Committee 222, technical committee document 222.1-96,1997, 3 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 222196.CT02$8.50 (ACI members $6.00) PDF available

Current available test methods cannot distinguish betweenwater-soluble chlorides that support corrosion and those that donot. This test method provides procedures for the sampling andanalysis of hydraulic-cement mortar, concrete, or aggregate forchloride that is water-soluble that contributes to the corrosion ofreinforcing steel.


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TESTING (CONT.)See also EVALUATION and NONDESTRUCTIVE EVALUATION

ITGT01: Acceptance Criteria for MomentFrames Based on Structural Testing(T1.1-01) and Commentary (T1.1R-01)

2001, 10 pp., also in MCP-6 and the MCP CD-ROM.Order Code: ITGT01.CT02Price: $23.00 (ACI members $13.00)

This document defines the minimum experimental evidencethat can be deemed adequate to attempt to validate the use, inregions of high seismic risk or in structures assigned to satisfyhigh seismic performance or design categories, of weak beam/ strong column moment frames not fully satisfying theprescriptive requirements of Chapter 21 of ACI 318-99. Thisdocument consists of both a Standard and a Commentary that isnot part of the Standard. The document has been written in sucha way that its various parts can be adopted directly into Sections21.0, 21.1, and 21.2.1 of ACI 318-99 and the corresponding

sections of ACI 318R-99. Among the subjects covered arerequirements for: procedures that shall be used to design testmodules, configurations for those modules, test methods, testreports, and determination of satisfactory performance.

Evaluation of F-Number Systems andWaviness Index for Measuring FloorFlatness and Levelness By: J. Wambold and C. Antle. Publisher: American ConcreteInstitute, 1996, 10 pp.Order Code: 00CRC1.CT02$12.00

In the case of the F numbers, the value of the FF number is a

measure of flatness (measuring amplitude at short wavelengthsand curvature at longer wavelengths), while the FL measures thelevelness. The Waviness Index extends the measurements of theamplitude of longer wavelengths.DISCOUNTS NOT AVAILABLE.


specifying of concrete and concrete materials, including cements,slag, fly ash, silica fume, blended cements, aggregates, chemicaladmixtures, testing procedures for the proper evaluation of testresults, and what to do when test results are unacceptable. Seepages 31-33 for detailed information about cities and dates offeredin 2002, or visit www.concreteseminars.com.

ACI Certification ProgramsConcrete Field Testing TechnicianConcrete Laboratory Testing Technician IConcrete Laboratory Testing Technician IIConcrete Strength Testing TechnicianAggregate Field Testing TechnicianAggregate Laboratory Testing Technician

ACI administers certification programs for Testing Technicians see pages 14-17 for general program descriptions and trainingmaterials; for local program availability and detailed informationvisit the Certification Section of ACI’s website:www.aci-int.org

TILT-UP CONSTRUCTION

Tilt-Up Concrete StructuresACI Committee 551, technical committee document 551R-921992 (Reapproved 1997), 46 pp., also in MCP-6 and the MCPCD-ROM.Order Code 055192.CT02$62.50 (ACI members $36.00) PDF available

Tilt-up concrete construction is commonly used in low-risebuilding construction. This report discusses many of the items thashould be considered in planning, designing, and constructing aquality tilt-up project. Major topics discussed include designconstruction planning, construction, erection, and finishes.

Practitioner’s Guide to Tilt-UpConcrete ConstructionPractitioner’s Guide 3, 1997, 184 pp.Order Code: 000PP3.CT02$63.50 (ACI members $39.00)

This compilation presents practical information on tilt-u

construction practices, and is a valuable reference source foanyone involved in tilt-up construction — contractors, techniciansarchitects, engineers, and students. The book addressearchitectural and structural design, construction planning, paneerection and safety, and includes numerous case studies.

ACI Certification ProgramsTilt-Up Supervisor

ACI administers a certification program for Tilt-Up ConstructioSupervisors see pages 14-17 for a general program descriptionand training materials; for local program availability and detaileinformation visit the Certification Section of ACI’s websitewww.aci-int.org

TOLERANCES

Standard Specifications for Tolerancesfor Concrete Construction and Materialsand CommentaryACI Committee 117, technical committee document 117-90/117R-90, 1990, 29 pp., also in MCP-1 and the MCP CD-ROM.Order Code: 011790.CT02$22.50 (ACI members $14.00) PDF available

This ACI Standard covers definitions and principles of tolerancesTolerances are given for general building construction, speciastructures, precast concrete, masonry construction, and materials

finished slab surfaces, mass concrete structures, concrete canalinings, siphons and culverts, bridges, slip-formed constructionpavements, precast piles, prestressed elements, joints in masonrconstruction, and masonry walls.

TESTING TILT-UP CONSTRUCTION TOLERANCES

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TROUBLESHOOTING ANDPROBLEM SOLVING

Troubleshooting Concrete ProblemsSeminar Course Manual, 1987, 200 pp.Order Code: SC1787.CT02

$49.50 (ACI members $30.00)Potential problems with fresh and hardened concrete can be

avoided. Learn how to prevent these problems from occurring. Inaddition to four ACI committee reports, the contents includeNRMCA’s Concrete in Practice series of reports, two PCAConcrete

Technology Today bulletins, supported by eight articles excerptedfrom Concrete International .

Concrete and Masonry Problem ClinicVolume IPublisher: The Aberdeen Group, 198 pp.Order Code: 0CMPC1.CT02$27.00For a description, see INDUSTRY PUBLICATIONS on page 84.

ACI Seminar—Troubleshooting ConcreteConstructionOne-day seminar for contractors, design engineers,specifiers, government agencies, and materials suppliers.

Learn how to minimize problems with fresh concrete, slabs,vertical concrete, and structural concrete. Discussion to includetechniques used to determine the causes of a problem in the fieldand in the laboratory, including visual observations, nondestructivetesting, petrography, and chemical tests. See pages 31-33 fordetailed information about cities and dates offered in 2002, or visitwww.concreteseminars.com.

WALLS

Cast-in-Place WallsACI Committee E-703, 102 pp.Order Code: CCS200.CT02$28.50 (ACI members $17.00)For a description, see CONSTRUCTION PRACTICES onpage 22.

Design Manual of SegmentalRetaining WallsPublisher: National Concrete Masonry Association, 1994,336 pp.Order Code: 0DMSRW.CT02$62.00For a description, see INDUSTRY PUBLICATIONS on page 85.

Guide for Surface Finishof Formed ConcretePrepared by the ASCC Education and Training Committee.Publisher: The Aberdeen Group, 1999, 50 pp.Order Code: 00SFFC.CT02$26.00For a description, see INDUSTRY PUBLICATIONS on page 86.

WASTE SOLIDIFICATION

Solidification and Stabilization of WasteUsing Portland CementPublisher: Portland Cement Association, 1991, 16 pp.Order Code: 0EB071.CT02$15.00For a description, see INDUSTRY PUBLICATIONS on page 90.DISCOUNTS NOT AVAILABLE.

WATERPROOFING

A Guide to the Use of Waterproofing,Dampproofing, Protective, andDecorative Barrier Systems for ConcreteACI Committee 515, technical committee document515.1R-79, 1979 (Revised 1985), 44 pp.Order Code: 515185.CT02$57.50 (ACI members $34.00) PDF available

Separate chapters cover various barrier (coating) systems forconcrete structures: waterproofing barrier systems, protectivebarrier systems, and decorative paint barrier systems. Types andperformance requirements for the barrier systems are discussed,and information on concrete conditioning and surface preparationis provided.

Waterproofing the Building EnvelopeBy: M. T. Kubal. Publisher: McGraw-Hill, 1993, 276 pp.,hard cover.Order Code: 000WBE.CT02$52.00For a description, see INDUSTRY PUBLICATIONS onpage 90. DISCOUNTS NOT AVAILABLE.

Repair, Protection and Waterproofing ofConcrete Structures

By: P.H. Perkins, 1997, 233 pages.Order Code: RPWCS.CT02$95.00For a description, see INDUSTRY PUBLICATIONS onpage 89. DISCOUNTS NOT AVAILABLE.

Floating Concrete KitsLuke and Billie SnellOrder Code: 00CKFK.CT02$6.95For a description, see INDUSTRY PUBLICATIONS on page 86.DISCOUNTS NOT AVAILABLE.

TROUBLESHOOTING AND PROBLEM SOLVING WALLS

WASTE SOLIDIFICATION WATERPROOFING

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Architectural Precast ConcretePrepared by the Precast/Prestressed Concrete Institute,2nd Edition, 1989, 340 pp., hard cover.Order Code: 00APC1.CT02$134.00

The second edition of this design manual is a major revisionincorporating much of the industry’s new technology. Sectionsdealing with color, texture, and finishes; weathering; tolerances;and connections have been extensively revised. Numerousmanufacturing and erection techniques are included to providea better understanding of the design concepts and the elementsrequiring design decisions.

Building Movements and JointsPublisher: Portland Cement Association, 1982, 64 pp.Order Code: 0EB086.CT02$12.00

Learn how to control cracking and other distress caused bybuilding movements. Describes building movements caused bymoisture and temperature changes; special loading conditionssuch as wind, earthquake, and floor vibrations; foundationmovements; and construction procedures. Learn how to controlharmful effects of these building movements by using expansion,contraction, and construction joints in walls and slabs. Includesrecommendations for cast-in-place and precast/prestressedconcrete, as well as masonry structures.

Cement Mason’s GuidePublisher: Portland Cement Association, 1990, 24 pp.Order Code: PA122H.CT02$17.00

For cement masons and apprentices, home builders,contractors, landscape architects, vocational educationstudents, inspectors, and the home handyman. Thispublication gives step-by-step construction methods forplacing, finishing, and curing concrete walks, drives, patios,and steps. Fully illustrated. Reviewed and endorsed by theOperative Plasterers’ and Cement Masons’ InternationalAssociation of the United States and Canada.

Cementitious Grouts and GroutingPublisher: Portland Cement Association, 1997, 64 pp.Order Code: 0EB111.CT02$26.00

Fundamental review of cementitious grouts and groutingpractices. Discusses ingredients, properties, proportioning,mixing, testing, and placing of grouts for more than 25applications.

INDUSTRY PUBLICATIONSAs a service to our members and customers, ACI sells technical and practice-oriented documentspublished by organizations other than ACI. These documents have not been reviewed for technicalcontent or accuracy and are not endorsed by ACI.

Circular Storage Tanks and SilosAuthor: A. Ghali – 2nd EditionPublisher: E&FN Spon, 2000, 330 pp.Order Code: 00CSTS.CT02$110

Author Amin Ghali provides designers of tanks and othecircular-cylindrical axisymmetrical shells with analysismethods no more complicated than the plane-frame analysiscommonly covered in engineering-school undergraduateclasses. Because tables are invaluable time-savers in thedesign office, this book includes a set of tables for use in thdesign of circular concrete tanks of constant or variable wathickness. The tables can also be used to analyze silos, pipesor any circular-cylindrical shell subjected to arbitrary

axisymmetrical loading and support conditions. All tabulatedvalues are dimensionless, and thus usable with any system ounits.

This 2nd edition includes six new chapters. One chaptecovers the finite element analysis using a conical-shaped finiteelement, which is relatively simple but gives accurate resultsAnother chapter focuses on the analysis of time-dependenvariations in stresses caused by concrete creep and shrinkageand by relaxation of prestressing steel. A third new chaptehelps in the design of circumferential prestressing of circulacylindrical tank walls that are monolithic with the base. Thremaining three new chapters concern analysis and design foserviceability of concrete tanks and silos.

Concrete Beams with OpeningsBy: M. A. Mansur and K. H. Tan. Publisher: CRC Press LLC,1999, 224 pp.Order code: 000CBO.CT02$103.00

This book compiles state-of-the-art information on thebehavior, analysis, and design of concrete beams containingtransverse openings. Discussions include the need, effects, anclassification of openings; pure bending, combined bendingand shear; torsion; methods for analyzing ultimate strength; largopenings in continuous beams and their effects on possibleredistribution of internal forces; prestressing; and cracking aopenings and ultimate loads.

Included are rules and guidelines for helping in the propeplanning of building services to create compact, economicaand safe design. It also includes procedures for making astructural assessment of an old structure.

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Concrete Folded Plate RoofsBy: C. B. Wilby. Publisher: John Wiley & Sons, 1998,275 pp., hard cover.Order Code: 00CFPR.CT02$139.00

Folded plate roofs allow for durability, large spans forreinforced concrete, and clean lines. They are also aesthetically

pleasing to many architects. The book considers schemes offolded plates of practical use to designers for covering large orsmall areas economically and gives design tables that can beused quickly and easily without the designers actually needingto know how to analyze folded plates. Examples are given on theuse of the tables. These examples are produced for those usingUSA (British Imperial) as well as SI units. The text gives thedesigner practical information on construction, materials,insulation, weather proofing, etc., for this type of roof.

Concrete Masonry Design and ConstructionPublisher: National Concrete Masonry Association, 1994,500 pp.

Order Code: 000TEK.CT02$93.00

The TEK manual for Concrete Masonry Design and

Construction contains over 120 NCMA TEKs, over 500 pages ofinformation on subjects ranging from structural design, to groutsand mortars, construction, and concrete pave or sand segmentalretaining walls.

Concrete Masonry Design TablesPublisher: National Concrete Masonry Association, 1994,650 pp.Order Code: 00CMDT.CT02

$57.00The Concrete Masonry Design Tables provides tables of designstrengths, design loads, and section properties for 6-, 8-, 10-, and12-inch reinforced and unreinforced concrete masonry walls.

Concrete Mix Design, Quality Control, and

Specification with CD-ROMBy K. W. Day. Publisher: E&FN Spon, 2nd Edition, 1999,391 pp., hard cover.Order Code: 00CMDQ.CT02$105.00

Learn how to use computers and high-tech analysistechniques to simplify procedures, reduce costs, and improve

efficiency in controlling both low-volume, high-strength and low-strength, high-volume concrete. Revised and updated, this newedition details advances in mixture design and quality controlsystems for all grades of concrete used in general ready-mixand dedicated plant operations. The accompanying CD-ROMprovides “live” demonstrations of the latest testing techniquesand lets the user test the value of their own data.

Concrete Construction EngineeringHandbookBy: E. Nawy. Publisher: CRC Press LLC, 1997, 1152 pp.,hard cover.Order Code: 00CCEH.CT02$124.00

The only handbook that merges engineering with construction.

It has 27 extensive chapters written by ACI leading internationallyrecognized experts in the field. Among the topics covered:concrete constituent materials and mixture design for normalstrength and high-strength,high-performance concrete;admixtures; long-term effects on serviceability, design andconstruction of formwork; construction loading in high-risebuildings; deflection of concrete members; prestressed concreteconstruction, including post-tensioning, offshore structures;foundations; concrete repair; roller-compacted concrete; fireresistance and protection; and seismic resistant construction. Allchapters follow the ACI codes and reports including theACI 318 Building Code . It is a must for every designer, educator, andconstructor.

Concrete Construction HandbookBy: J. J. Waddell and J. A. Dobrowolski. Publisher: McGraw-Hill Inc., 1993, 800 pp., hard cover.Order Code: 000CCH.CT02$99.00

This 4th edition of the Concrete Construction Handbook iscompletely revised and updated to reflect the entire range ofconcrete technology and the latest industry practices. Hereprofessionals will find chapters on roller-compacted concrete andarchitectural concrete, extensively revised sections on materials,formwork and shoring, batching, mixing and transporting, specialconcrete, and advanced building construction systems. Allstandards and specifications have been updated.

Concrete Floors on Ground, 3rd EditionPublisher: Portland Cement Association, 2001, 136 pp.Order code: EB075.CT02Price: $40.00

Floor thickness design; moisture control and vaporretarders; joints, reinforcement, and crack control; problems,maintenance, and repair – these are only a few of the chaptertopics for the expanded 3rd edition of this Portland CementAssociation classic. The publication describes design,construction, and repair of concrete floors on ground forresidential, light industrial, commercial, warehouse, and heavyindustrial buildings.

Topics not covered in previous editions include floorsurface tolerance comparisons (straightedge, F-number, andwaviness index); floor coverings and drying of concrete,including drying time estimates; and floors for radiant heating,freezers and ice rinks, and high temperature environments.Engineers, architects, and contractors will find this to be auseful reference and design tool.


INDUSTRY PUBLICATIONS

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Ferrocement and Laminated CementitiousCompositesBy: A. E. Naaman. Publisher: Techno Press 3000, 1st Edition,2000, 372 pp., hard cover.Order Code: 00FLCC.CT02$77.00

This book emphasizes the fundamental concepts for the

analysis and design of ferrocement and explains the characteristicsand differences of reinforced concrete and fiber reinforcedpolymeric composites. Written for engineers, architects, students,and professionals, it includes numerous figures and examples(U.S. and Metric) to illustrate the concepts.

Finishing Concrete Slabs with Colorand TexturePublisher: Portland Cement Association, 1991, 40 pp.Order Code: PA124H.CT02$26.00

Focuses on various techniques used to create decorative

surfaces on cast-in-place concrete slabs. Color photographsillustrate the variation in color and texture possible on concretesurfaces. Divided into six sections, step-by-step instructionsdemonstrate the construction procedures: exposed aggregatefinishes; textured finishes such as floated, broomed, travertine,rock salt, and nonslip finishes; stamped and inlaid impressions,as well as divider strips, scoring, and sawing; colored finishes,including integral colors, dry shakes, and stains; proper jointingand curing practices; and combinations of color and texture tocreate attractive surfaces. Includes suggested specifications forseeded exposed aggregate concrete.

Floating Concrete Kits

Luke and Billie SnellOrder Code: 00CKFK.CT02$6.95

Here’s a fun way to expand children’s interest in engineeringand construction. This hands-on experiment challenges kids tomake concrete that floats, while educating them in the process.Each kit contains all the materials needed except water: cement,sand, vermiculite, mixing containers, instructions, and ateacher’s or leader’s guide. Perfect for science days, careerfairs, or scouting projects. Helps children learn about concrete.

Fundamentals of High-Performance ConcreteBy: E. G. Nawy. Publisher: John Wiley & Sons, 2nd Edition,2000, 441 pp., hard cover.

Order Code: 00FHPC.CT02$95.00

This book covers designing mixtures for both normal-strengthand high-strength concrete. It includes charts and tables for effectiveproportioning of concrete mixtures made from portland cement,polymers, fly ash, blast furnace slag, and silica fume. Additionaltopics include permeability, mineral and chemical admixtures,lightweight aggregate high-strength concrete, early age, volumetricstability, durability, and constructability and fibrous concretecomposites.

Guide for Surface Finish of Formed ConcretePrepared by the ASCC Education and Training Committee.Publisher: The Aberdeen Group, 1999, 50 pp.Order Code: 00SFFC.CT02$26.00

This ASCC Guide debuts as a unique industry tool that providea method for defining acceptability of a vertically cast surface

both in quality and appearance, for those responsible fospecification, supervision, and execution. This “how-to” boowritten specifically for design professionals and contractors in thconcrete industry helps bridge the gap between the specifier’expectations and the contractor’s good faith understanding of thappearance of vertically cast-in-place concrete surfaces. Includeblack and white photos to facilitate communication between ainvolved in specifying and constructing vertical cast-in-placeconcrete surfaces.

ISDP: Impact of the Seismic Design Provisionsof the International Building CodeBy: S.K. Ghosh, 2001, 47 pp.

Order Code: 00ISDP.CT02Price: $16.00

Structural engineers who design and detail concretestructures for many areas of the U.S. have never had to deawith design and detailing requirements that apply to moderateand severe seismic zones on the West Coast. But that machange due to major revisions of seismic provisions that firsappeared in the International Building Code , IBC 2000.

If you don’t normally consider seismic forces because you’redesigning structures for specific locations of low seismic riskyou may soon have to.

That’s because of revisions in the way seismic design criteriare determined.

Traditionally, seismic force levels used in design were strictlya function of structure location. With the latest seismic desigprovisions, design seismic force levels are now a function of:

• Structure location;

• Nature of the structure’s use and occupancy; and

• Type of soil the structure rests on.

What does this mean to you?

Suppose you’re designing an essential facility such as ahospital in Charlotte and you don’t know the average sheawave velocity, standard penetration resistance, or unconfinedshear strength for the top 100 feet of soil at the site. These twfactors could place your structure in a seismic design categorequivalent to that of Seismic Zones 3 or 4, which indicates higseismic risk. That, in turn, triggers a whole host of seismi

detailing requirements in Chapter 21 of ACI 318-99.How will the new IBC 2000 requirements affect design o

reinforced concrete structures in your area? Find out by readingImpact of the Seismic Design Provisions of the InternationaBuilding Code.


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Mortar, How to Specify and UseMasonry MortarPublisher: The Aberdeen Group, 1990, 56 pp.Order Code: 0000MM.CT02$14.00

This publication contains 20 articles previously published inAberdeen’s Magazine of Masonry Construction with a special

masonry troubleshooting section and a list of the ASTM Standardsrelated to mortar.

PCA Soil PrimerPublisher: Portland Cement Association, 1992, 40 pp.Order Code: 0EB007.CT02$17.00

An introduction to geotechnical engineering properties andthe influence of soil on design, construction, and performance ofpavements. Includes definitions of soil terms and tests commonlyused by soil technicians. Describes engineering properties,classifications systems, soil surveys, sampling, and testingprocedures.

Prestressed Concrete:A Fundamental ApproachBy: E. G. Nawy. Publisher: Prentice-Hall, 1999, 3rd Edition,hard cover.Order Code: PRECON.CT02$103.00

A state-of-the-art book written by a national and internationalexpert on concrete structures and materials, this 3rd editionreflects the latest ACI 318-99 Code and theInternational Building

Code , IBC 2000.

This book uniquely follows procedures given in over 20flowcharts and 400 illustrations that simplify the understanding

of the subject in design, using both US and SI units in theexamples. Information includes: the design of staticallyindeterminate prestressed concrete beams and portal frames;the latest ACI and AASHTO provisions on design of post-tensioned beam anchorage end blocks using the strut-and-tieapproach; comprehensive design examples on LRFD andstandard design of bridge deck members for flexure, shear andtorsion, conforming to the latest AASHTO specifications; andmuch more.

Prestressed Concrete StructuresBy: M. P. Collins & D. Mitchell. Publisher: ResponsePublications, 1997, 319 pp., hard cover.

Order Code: 000PCS.CT02$103.00

This book explains the basic concepts necessary to understandand predict the response of prestressed concrete members andto design prestressed concrete structures. The approach takenreflects the authors’ strong belief that the engineer needs todevelop a solid understanding of fundamental principles ratherthan relying upon a large collection of restricted, empiricalequations for design. Included with the text is a disk containingthree computer programs: RESPONSE, SHEAR, andMEMBRANE.

Properties of ConcreteBy: A. Neville. Publisher: Longman, 1995, 844 pp.Order Code: 000P0C.CT02$115.00

The 4th edition has been completely rewritten and updated treflect advances in concrete technology over the past decadeyet sti l l retains the original aim: to provide reliable

comprehensive, and practical information on the properties anuses of concrete. The emphasis is on understanding the behavioof concrete and relating it to physical and chemical phenomenainvolved in the performance of the material in service.

Pumping Concrete —Techniques and ApplicationsBy: R. A. Crepas. Published by: Crepas & Associates, 3rdEdition, 2000, 276 pp., 3-ring binder.Order Code: 0000PC.CT02$105.00

Reviewed and recommended by the American ConcretePumping Association, this book includes universally practiced

concrete pumping techniques. It includes data and pictures thelp contractors and pumpers with difficult pumping concretsituations. U.S. and Metric equivalents have been added to makthis book more useful.

Reinforced Concrete —

A Fundamental ApproachBy: E. G. Nawy. Publisher: Prentice-Hall, 1999, 4th Edition,825 pp., hard cover.Order Code: RENCON.CT02$100.00

This recent edition conforms to the new ACI 318-99 Code anthe International Building Code on Seismic Design , IBC 2000

Equations for both the spectral response method and theequivalent static load method are systematically presented anseveral additional design examples for computing the base sheaforce, confinement, probable moments, and a full shear-wadesign example for a high-rise building are included.

In addition to the prolific number of analysis and designexamples in the book, there are numerous flow charts andextensive design tables. Other significant features are thinclusion of examples in SI Units in most of the chapters and listing of the relevant equations in SI format. This book will servas a valuable guideline to the practicing engineer who has tokeep abreast of the state of the art in concrete structural desigand material behavior as mandated by the latest codes, as weas the designer who is interested in a concise treatment of th

fundamentals.



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Repair, Protection and Waterproofing ofConcrete StructuresBy: P.H. Perkins, 1997, 233 pp.Order Code: RPWCS.CT02$95.00

Investigation, diagnosis, and subsequent specifications forrepair work are quite different from the steps taken in designing

new structures. Thus the need for information related specificallyto repair. This thoroughly revised and updated edition deals mainlywith reinforced-concrete repairs intended to restore long-termdurability and prolong the useful life of a structure. Such repairstypically won’t increase structural load-carrying capacity to anysignificant degree. But one of the first and most important steps ininvestigating a deteriorated structure is a decision on whetherstructural strengthening is required, and, if so, whether the resultwill be cost effective. This must be done by an engineer withconsiderable experience in reinforced concrete investigation andrepair. Chapter 4 covers detailed inspection sampling, and testing.

Other chapters include information on:

• Basic characteristics of concrete, mortar, and otherbuilding materials;

• Factors affecting reinforced-concrete durability;

• Nonstructural reinforced-concrete repairs;

• Structural reinforced-concrete repairs;

• Coatings for reinforced concrete;

• Concrete floor and roof repair; and

• Repairs of liquid-retaining, water-excluding, andmarine structures.

The concrete repair market has grown dramatically in recentyears, and so has the need for reliable repair guidance forengineers, contractors, and owners. This book gives you theneeded guidance.

Repair and Rehabilitation: A Compilation fromthe Indian Concrete JournalPublisher: Research & Consultancies Directorate, TheAssociated Cement Companies Limited, India, 2001, 230 pp.Order Code: ICJCRR.CT02Price: $24.50

This compilation includes 44 repair and rehabilitationtechnical papers published in The Indian Concrete Journal

during the past decade. The papers are divided into threecategories:

• General Topics in Repair and Rehabilitation;• Materials, Techniques, and Specifications; and• Case Studies.

Most of the case studies by Indian engineers pertain to repairworks carried out in India; nearly a third of the papers werecontributed by experts from the western hemisphere. Thisinternational exchange of repair and rehabilitation informationincludes methods for minimizing cracking; surface preparationfor patching, sealing, and coating concrete; repair ofenvironmental concrete structures; and strengtheningchemically deteriorated concrete structures. The information willbe useful to owners, engineers, architects, contractors, andmaterials manufacturers.

Residential ConcreteBy: H. W. Conner. Publisher: Home Builder Press, 1999, 3rdEdition, 101 pp.Order Code: 0000RC.CT02$33.00

This edition covers everything the home builder needs to knowabout high-quality concreting. While not a training manual, the

book describes the basic techniques and provides guidelinesfor ordering ready-mixed concrete; working with admixtures (suchas accelerators, retarders, water reducers, and high-range waterreducers); forming; jointing; curing; and controlling basementleakage.

Special attention is given to new developments in finishingwalls, expansion joints, and bending and lapping rebars. A list ofsources for additional information and a glossary of basic concreteterminology have been expanded.

Resurfacing Concrete FloorsPublisher: Portland Cement Association, 1996, 8 pp.Order Code: IS144T.CT02

$10.00Concrete floor replacement is costly. Resurfacing costs less

and can prolong floor life, but you need to know what type ofoverlay to use and how to get good results. This revised publicationtells when bonded overlays will work and when unbonded overlaysare best. Other topics include: preparation of old surfaces, bondinggrouts, mix design, placing, finishing, jointing, and curing. Self-leveling toppings and underlayments are also covered.

Seismic Design of Reinforced Concrete andMasonry BuildingsBy: T. Paulay & M. J. N. Priestley. Publisher: John Wiley &Sons, 1992, 768 pp., hard cover.

Order Code: SDRCMB.CT02$199.00

Emphasizing design, this detailed reference demonstrates theapplication of structural design for earthquake resistance. It ispacked with real world applications, illustrated examples, and how-to guidance. Ductile frames, wall and dual systems, both inreinforced concrete and masonry, form the main body of the text.You’ll also find coverage of basic concepts of seismic design,qualifications of detailing on structural design, a review of causesand effects of earthquakes, and the latest information from themost recent major earthquakes.

Simplified Design of Concrete Buildings ofModerate Size and Height

Prepared by Portland Cement Association, 1993, 2nd Edition,160 pp.Order Code: EB1042.CT02$31.00

Includes a simplified design approach for the design of concretebuildings using as examples a three-story pan joist and a five-story flat plate building to explain the purpose of simplified design.



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7/17/2019 Ac i 2002 Catalog


Solidification and Stabilization of Waste UsingPortland CementPublisher: Portland Cement Association, 1991, 16 pp.Order Code: 0EB071.CT02$15.00

Reports on the characteristics of portland cement and how it

can be used effectively to solidify/stabilize various types of wastes.Discusses waste compounds that may interfere with cementhydration reactions, and several additives that may be used withportland cement to enhance solidification/stabilization reactions.

Steel, Concrete, & Composite Design of TallBuildingsBy: B. S. Taranth. Publisher: McGraw-Hill, 1998, 998 pp.Order Code: SCCDTB.CT02$82.00

This handbook provides structural engineers and architectswith a uniquely practical perspective on all aspects of steel,

concrete, and composite use in the design of tall buildings,including wind effects, seismic design, and various lateral andgravity systems.

Includes dozens of case studies of important buildingsthroughout the world and provides in-depth insight into why andhow the specific structural system choices were made.

Strength and Related Properties of ConcreteBy: S. Popovics. Publisher: John Wiley & Sons, 1997, 324 pp.Order Code: 00SRPC.CT02$98.00

Numerical relationships of concrete technology are presentedand the validity of the formulas are examined experimentally. Their

applications are illustrated either for practical purposes, fordevelopment of additional formulas, or for providing a better insightinto the nature of concrete. This is the first book on concretetechnology that is computer oriented. The usefulness ofcomputerization is illustrated by software called Prop21, providedon an accompanying disk. It is for people who teach concretetechnology, graduate students, and concrete professionals whodeal with concrete production, consumption, teaching, research,development, sale, specification, testing, and supervision.

Structural Modeling and ExperimentalTechinquesBy: H. G. Harris & G. Sabnis. Publisher: CRC Press LLC,1999, hard coverOrder Code: 00SMET.CT02$88.00

This book presents a current treatment of structural modelin

for applications in design, research, education, and producdevelopment. Providing numerous case studies throughout, emphasizes modeling the behavior of reinforced andprestressed concrete and masonry structures.

This book serves students in model analysis andexperimental methods, professionals manufacturing and testingstructural models, as well as professionals testing large or fullscal e structures, since the instrumentation techniques anoverall approaches for testing large structures are very similar tthose used in small-scale modeling work.

Structural Renovation of BuildingsMethods, Details, and Design Examples

By: Alexander Newman, P.E., 2001, 866 pp.Order Code: SROB01.CT02$79.00

Written by a practicing structural engineer, this book clearlidentifies problems often encountered during buildingrenovation, explains why the problems occur, and suggests howthey can be solved. Practical tips, design details, examples anreference data help design professionals accomplish tasksranging from feasibility studies to construction documenpreparation. Although the book deals with various constructiomaterials, nearly three-quarters of the contents are applicable tinvestigation and renovation of concrete or masonry structuresChapter topics include strengthening concrete buildingsrepairing deteriorated concrete, renovating slabs on graderenovating post-tensioned concrete, renovating masonrystrengthening lateral-load-resisting systems, and renovatingbuilding facades. The information is clearly presentedreadable, and enjoyable.

Waterproofing the Building EnvelopeBy: M. T. Kubal. Publisher: McGraw-Hill, 1993, hard cover.Order Code: 000WBE.CT02$52.00

This book explains the critical 90%/1% principle: why 90% oall building leakage is attributed to 1% of a building’s total areand what to do about it. Covered in depth are selecting the righwaterproofing system for specific buildings, including sealantsexpansion joints, and admixtures; inspection, testing, cleaning

maintenance, and repair techniques; equipment installations; andhow to check for watertightness at critical termination and transitiopoints. In addition, this comprehensive work contains informatioon health and safety regulations, a full listing of informatioresources, and summary tables for quick reference.



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2002 PUBLICATION NUMERICAL INDEX 104-71(97) Preparation of Notation for Concrete ........................ 58116R-00 Cement and Concrete Terminology........................... 27117-90/ Standard Specifications for Tolerances for Concrete 117R-90 Construction and Materials and Commentary ........... 80121R-98 Quality Management System for

Concrete Construction ............................................. 67124.2-94 The Mercer Mile Buildings......................................... 10126.1R-97 Guide to a Recommended Format for the Identification

of Concrete in a Materials Property Database .......... 56126.3R-99 Guide to a Recommended Format for Concrete in a

Materials Property Database .................................... 56

201.1R-92 Guide for Making a Condition Survey of Concretein Service ................................................................. 29

201.2R-01 Guide to Durable Concrete ....................................... 29207.1R-96 Mass Concrete ......................................................... 55207.2R-95 Effect of Restraint, Volume Change, and Reinforcement

on Cracking of Mass Concrete................................. 55207.3R-94 Practices for Evaluation of Concrete in Existing

Massive Structures for Service Conditions .............. 55207.4R-93 Cooling and Insulating Systems for Mass Concrete .... 55207.5R-99 Roller-Compacted Mass Concrete ........................... 55209R-92 Prediction of Creep, Shrinkage, and Temperature

Effects in Concrete Structures ................................. 26210R-93 Erosion of Concrete in Hydraulic Structures ............ 43210.1R-94 Compendium of Case Histories on Repair of Erosion-

Damaged Concrete in Hydraulic Structures ............. 43

211.1-91 Standard Practice for Selecting Proportions forNormal, Heavyweight and Mass Concrete ............... 57211.2-98 Standard Practice for Selecting Proportions for

Structural Lightweight Concrete ........................ ........ 57211.3R-97 Guide for Selecting Proportions for No-

Slump Concrete ........................................................ 57211.4R-93 Guide for Selecting Proportions for High-Strength

Concrete with Portland Cement and Fly Ash ............ 57211.5R-01 Guide for Submittal of Concrete Proportions ............ 57212.3R-91 Chemical Admixtures for Concrete ............................. 9212.4R-93 Guide for the Use of High-Range Water-Reducing

Admixtures (Superplasticizers) in Concrete ............... 9213R-87 Guide for Structural Lightweight

Aggregate Concrete ................................................. 45214-77(97) Recommended Practice for Evaluation of Strength

Test Results of Concrete .......................................... 79214.3R-88(97) Simplified Version of the Recommended Practice for

Evaluation of Strength Test Results of Concrete ...... 79215R-92 Considerations for Design of Concrete Structures

Subjected to Fatigue Loading .................................... 35216R-89 Guide for Determining Fire Endurance of

Concrete Elements ................................................... 37216.1-97 Standard Method for Determining the Fire Resistance

of Concrete and Masonry Construction Assemblies .... 37221R-96 Guide for Use of Normal Weight and Heavyweight

Aggregates in Concrete ............................................ 10221.1R-98 State-of-the-Art Report on Alkali-

Aggregate Reactivity ................................................ 11222.1-96 Provisional Standard Test Method for Water-Soluble

Chloride Available for Corrosion of Embedded Steel inMortar and Concrete Using the Soxhlet Extractor ...... 79

222.2R-01 Corrosion of Prestressing Steels.............................. 24223-98 Standard Practice for the Use of Shrinkage-

Compensating Concrete .......................................... 73224R-01 Control of Cracking in Concrete Structures .............. 25224.1R-93 Causes, Evaluation, and Repair of Cracks in

Concrete Structures ................................................. 25224.2R-92 Cracking of Concrete Members in Direct Tension .... 25224.3R-95 Joints in Concrete Construction ............................... 45225R-99 Guide to the Selection and Use of

Hydraulic Cements ................................................... 13228.1R-95 In-Place Methods to Estimate Concrete Strength ..... 58228.2R-98 Nondestructive Test Methods for Evaluation of

Concrete in Structures ............................................. 58229R-99 Controlled Low-Strength Materials (CLSM) .............. 24230.1R-90 State-of-the-Art Report on Soil Cement .................... 76

232.1R-00 Use of Raw or Processed Natural Pozzolansin Concrete ............................................................... 65

232.2R-96 Use of Fly Ash in Concrete ....................................... 38233R-95 Ground Granulated Blast-Furnace Slag as a

Cementitious Constituent in Concrete ....................... 76234R-96 Guide for the Use of Silica Fume in Concrete ........... 73301-99 Specifications for Structural Concrete ...................... 76301M-99 Specifications for Structural Concrete (Metric)......... 76302.1R-96 Guide for Concrete Floor and Slab Construction ...... 73303R-91 Guide to Cast-in-Place Architectural

Concrete Practice .................................................... 11

303.1-97 Standard Specification for Cast-in-PlaceArchitectural Concrete .............................................. 11

304R-00 Guide for Measuring, Mixing, Transporting, andPlacing Concrete ...................................................... 62

304.1R-92 Guide for the Use of Preplaced Aggregate Concretefor Structural and Mass Concrete Applications ......... 62

304.2R-96 Placing Concrete by Pumping Methods .................... 62304.3R-96 Heavyweight Concrete: Measuring, Mixing,

Transporting, and Placing ......................................... 63304.4R-95 Placing Concrete with Belt Conveyors...................... 63304.5R-91 Batching, Mixing, and Job Control of

Lightweight Concrete ................................................ 63304.6R-91 Guide for the Use of Volumetric-Measuring and

Continuous-Mixing Concrete Equipment ................... 63305R-99 Hot Weather Concreting ........................................... 42

306R-88 Cold Weather Concreting.......................................... 20306.1-90 Standard Specification for Cold Weather Concreting.... 20307-98/ Design and Construction of Reinforced Concrete 307R-98 Chimneys and Commentary ..................................... 18308R-01 Guide to Curing Concrete ......................................... 26308.1-98 Standard Specification for Curing Concrete.............. 26309R-96 Guide for Consolidation of Concrete ......................... 20309.1R-93 Behavior of Fresh Concrete During Vibration............ 20309.2R-98 Identification and Control of Visible Effects of

Consolidation on Formed Concrete Surfaces ........... 21309.3R-92 Guide to Consolidation of Concrete in

Congested Areas...................................................... 21309.5R-00 Compaction of Roller-Compacted Concrete ............. 21311.4R-00 Guide for Concrete Inspection.................................. 44311.5R-97 Guide for Concrete Plant Inspection and Field

Testing of Ready-Mixed Concrete ............................ 44

313-97/ Standard Practice for Design and Construction of 313R-97 Concrete Silos and Stacking Tubes for Storing

Granular Materials and Commentary........................ 73318-99/ Building Code Requirements for Structural Concrete 318R-99 and Commentary (318-99) ....................................... 18318M-99/ Metric Building Code Requirements for Structural 318RM-99 Concrete and Commentary ...................................... 18318/ Building Code Requirements for Structural Concrete 318R-02 and Commentary ...................................................... 18325.3R-85(87)Guide for Design of Foundations and Shoulders for

Concrete Pavements................................................ 60325.5R-90 Design of Continuously Reinforced Pavement

for Airports ................................................................ 60325.6R-88 Texturing Concrete Pavements ................................ 60325.7R-88 Recommendations for Designing Prestressed

Concrete Pavements................................................ 60325.9R-91 Guide for Construction of Concrete Pavements and

Concrete Bases........................................................ 60325.10R-95 Report on Roller-Compacted

Concrete Pavements................................................ 60325.11R-01 Accelerated Techniques for Concrete Paving ........... 61330R-01 Guide for Design & Construction of Concrete

Parking Lots ............................................................. 61330.1-94 Standard Specification for Plain Concrete

Parking Lots ............................................................. 59332R-84 Guide to Residential Cast-in-Place

Concrete Construction ............................................. 71334.1R-92 Concrete Shell Structures — Practice

and Commentary ...................................................... 72

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336.1-01 Specification for the Construction of Drilled Piers ..... 39336.2R-88 Suggested Analysis and Design Procedures for

Combined Footings and Mats ................................... 39336.3R-93 Design and Construction of Drilled Piers .................. 39341.2R-97 Seismic Analysis and Design of Concrete

Bridge Systems ........................................................ 12343R-95 Analysis and Design of Reinforced Concrete

Bridge Structures ..................................................... 12345R-91 Guide for Concrete Highway Bridge

Deck Construction ................................................... 12345.1R-92 Routine Maintenance of Concrete Bridges .............. 12345.2R-98 Guide for Widening Highway Bridges........................ 13

346-01 Specification for Cast-in-Place Concrete Pipe............ 62347-01 Guide to Formwork for Concrete.............................. 38349-01/ Code Requirements for Nuclear Safety Related 349R-01 Concrete Structures and Commentary ............. 19 & 59349.1R-91 Reinforced Concrete Design for Thermal Effects on

Nuclear Power Plant Structures ................................ 59349.2R-97 Embedment Design Examples .................................. 11349.3R-96 Evaluation of Existing Nuclear Safety-Related

Concrete Structures ................................................. 59350/ Code Requirements for Environmental Engineering 350R-01 Concrete Structures and Commentary ..................... 19350.1/ Tightness Testing of Environmental 350.1R-01 Engineering Concrete Structures and Commentary . 78350.3/ Seismic Design Guide for Liquid-Containing 350.3R-01 Concrete Structures and Commentary ..................... 79

351.1R-99 Grouting Between Foundations and Bases forSupport of Equipment and Machinery ....................... 39

351.2R-94 Foundations for Static Equipment ............................. 39352R-91 Recommendations for Design of Beam-Column Joints

in Monolithic Reinforced Concrete Structures........... 44352.1R-89 Recommendations for Design of Slab-Column

Connections in Monolithic Reinforced ConcreteStructures ................................................................ 44

355.1R-91 State-of-the-Art Report on Anchorage to Concrete .. 11355.2/ Evaluating the Performance of Post-Installed 355.2R-01 Mechanical Anchors in Concrete

and Commentary ...................................................... 11357R-84 Guide for the Design and Construction of Fixed

Offshore Concrete Structures .................................. 45357.1R-91 State-of-the-Art Report on Offshore Concrete

Structures for the Arctic ........................................... 45357.2R-88 State-of-the-Art Report on Barge-Like

Concrete Structures ................................................. 45358.1R-92 Analysis and Design of Reinforced and Prestressed

Concrete Guideway Structures ................................ 41360R-92 (97) Design of Slabs on Grade......................................... 74362.1R-97 Guide for the Design of Durable Parking Structures... 60362.2R-00 Guide for Structural Maintenance of

Parking Structures ................................................... 60363R-92 State-of-the-Art Report on High-Strength Concrete.... 41363.2R-98 Guide to Quality Control and Testing of High-

Strength Concrete .................................................... 41364.1R-94 Guide for Evaluation of Concrete Structures Prior

to Rehabilitation ........................................................ 69365.1R-00 Service Life Prediction — State-of-the-Art Report ...... 29

371R-98 Guide for the Analysis, Design, and Construction ofConcrete-Pedestal Water Towers ............................. 79

372R-00 Design and Construction of Circular Wire- and Strand-Wrapped Prestressed Concrete Structures ............. 79

373R-97 Design and Construction of Circular PrestressedConcrete Structures with Circumferential Tendons ... 79

408.1R-90 Suggested Development, Splice, and Standard HookProvisions for Deformed Bars in Tension.................. 68

408.2R-92 State-of-the-Art Report: Bond under Cyclic Loads.... 12408.3-01/ Splice and Development Length of High Relative 408.3R-01 Rib Area Reinforcing Bars in Tension

and Commentary ...................................................... 12421.1R-99 Shear Reinforcement for Slabs ................................ 74423.3R-96 Recommendations for Concrete Members

Prestressed with Unbonded Tendons ....................... 67

423.4R-98 Corrosion and Repair of Unbonded SingleStrand Tendons..................... ..................... ............... 67

423.5R-99 State-of-the-Art Report on PartiallyPrestressed Concrete .............................................. 67

423.6/ Specification for Unbonded Single-Strand 423.6R-01 Tendons ................................................................... 67435R-95 Control of Deflection in Concrete Structures ............ 27435.7R-85 State-of-the-Art Report on Temperature-Induced

Deflections of Reinforced Concrete Members .......... 27435.8R-85 Observed Deflections of Reinforced Concrete Slab

Systems, and Causes of Large Deflections ............. 27437R-91 Strength Evaluation of Existing Concrete Buildings ...... 34

439.3R-91 Mechanical Connections of Reinforcing Bars ........... 68440R-96 State-of-the-Art Report on Fiber Reinforced Plastic

(FRP) Reinforcement for Concrete Structures ......... 37440.1R-01 Guide for the Design and Construction of Concrete

Reinforced with FRP Bars ........................................ 37441R-96 High-Strength Concrete Columns: State of the Art ...... 20445R-99 State-of-the-Art Report on Recent Code Approaches

to Shear Design of Structural Concrete .................... 72446.1R-91 Fracture Mechanics of Concrete: Concepts, Models,

and Determination of Material Properties .................. 40446.3R-97 Finite Element Analysis of Fracture in Concrete

Structures: State of the Art ....................................... 40503R-93 Use of Epoxy Compounds with Concrete ................. 34503.1-92 - Four Epoxy Specifications ........................................ 34 503.4-92

503.5R-92 Guide for the Selection of Polymer Adhesiveswith Concrete ........................................................... 34

503.6R-97 Guide for the Application of Epoxy and Latex Adhesivesfor Bonding Freshly Mixed and Hardened Concretes .... 34

504R-90 Guide to Sealing Joints in Concrete Structures ........ 71506R-90 Guide to Shotcrete ................................................... 72506.1R-98 Committee Report on Fiber Reinforced Shotcrete .... 72506.2-95 Specification for Shotcrete ........................................ 72506.3R-91 Guide to Certification of Shotcrete Nozzlemen ......... 72506.4R-94 Guide for the Evaluation of Shotcrete ....................... 72515.1R-79 (85) A Guide to the Use of Waterproofing, Dampproofing,

Protective, and Decorative Barrier Systemsfor Concrete ............................................................. 81

517.2R-87 Accelerated Curing of Concrete atAtmospheric Pressure .............................................. 27

523.1R-92 Guide for Cast-in-Place Low-Density Concrete ........ 13523.2R-96 Guide for Precast Cellular Concrete Floor, Roof,

and Wall Units ........................................................... 13

523.3R-93 Guide for Cellular Concretes Above 50 pcf and forAggregate Concretes Above 50 pcf with CompressiveStrengths Less Than 2500 psi .................................. 13

524R-93 Guide to Portland Cement Plastering ........................ 63530-99/ Building Code Requirements for Masonry Structures 530R-99 and Specifications for Masonry Structures530.1-99/ and Related Commentaries ...................................... 46 530.1R-99530/ 530.1-02/ Masonry Structures and Specification for530R/ Masonry Structures and Related Commentaries 530.1R-02 ......................................................................... 19 & 46533R-93 Guide for Precast Concrete Wall Panels .................. 66543R-00 Design, Manufacture, and Installation of

Concrete Piles .......................................................... 39544.1R-96 State-of-the-Art Report on Fiber

Reinforced Concrete ................................................ 36544.2R-89 Measurement of Properties of Fiber

Reinforced Concrete ................................................ 36544.3R-93 Guide for Specifying, Proportioning, Mixing, Placing,

and Finishing Steel Fiber Reinforced Concrete ......... 36544.4R-88 Design Considerations for Steel Fiber

Reinforced Concrete ............................................... 36

546R-96 Concrete Repair Guide ............................................. 69546.1R-80 Guide for Repair of Concrete Bridge

Superstructures........................................................ 69

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546.2R-98 Guide to Underwater Repair of Concrete ................. 69547R-97 Refractory Concrete: Abstract of

State-of-the-Art Report ............................................. 68547.1R-89 State-of-the-Art Report: Refractory Plastics and

Ramming Mixes ........................................................ 68548.1R-97 Guide for the Use of Polymers in Concrete .............. 63548.2R-93 Guide for Mixing and Placing Sulfur Concrete

in Construction ......................................................... 63548.3R-95 State-of-the-Art Report on Polymer-

Modified Concrete .................................................... 64548.4-93 Standard Specification for Latex-Modified

Concrete (LMC) Overlays ........................................ 64

548.5R-94 Guide for Polymer Concrete Overlays ...................... 64548.6R-96 Polymer Concrete — Structural Applications

State-of-the-Art Report ............................................. 64549R-97 State-of-the-Art Report on Ferrocement................... 35

549.1R-93 Guide for the Design, Construction and Repairof Ferrocement ......................................................... 35

550R-96 Design Recommendations for PrecastConcrete Structures ................................................. 66

550.1R-01 Emulating Cast-in-Place Detailing inPrecast Concrete Structures ................................... 66

551R-92 Tilt-Up Concrete Structures ..................................... 80555R-01 Removal and Reuse of Hardened Concrete ............. 68COMPILATIONSC-6 Application and Use of Shotcrete .............................. 73C-8 Roller Compacted Concrete Pavement ...... ...... ..... ... 61

C-10 Repair and Rehabilitat ion of Concrete Structures ... . 70C-12 Concrete Mixtures.................................................... 58C-16 Quality Assurance in Concrete Construction............ 68C-17 High-Strength Concrete............................................ 42C-19 Concrete Foundations .............................................. 40C-20 Repair and Rehabilitation II ....................................... 70C-21 Elevated Slabs .......................................................... 74C-22 Mineral Admixtures................................................... 66C-23 Chemical Admixtures................................................ 10C-24 Durable Concrete ..................................................... 34C-25 Concrete Durabil ity: Corrosion Protection................. 30C-26 Formwork................................................................. 39C-27 Steel Fiber Reinforced Concrete .............................. 36C-28 Synthetic and Other Non-Metallic Fiber

Reinforcement of Concrete ....................................... 36

C-29 Bridge Repair and Rehabilitation ............................... 70C-30 Concrete Pavements................................................ 61C-31 Seismic Design and Construction ............................. 71C-32 High-Performance Concrete ..................................... 42C-34 Bridge Durability and Performance ........................... 30C-37 Precast and Prestressed Concrete.......................... 66C-38 Quality in Concrete Construction .............................. 68

MONOGRAPHSM-11 The Visible and Invisible Cracking of Concrete ......... 25

SPECIAL PUBLICATIONSSP-1 Concrete Primer (4th edition) ................................... 56SP-2 (99) ACI Manual of Concrete Inspection (1999) ............... 44SP-4 (94) Formwork for Concrete (6th Edition) ........................ 38SP-4 Student Special ......................................................... 38SP-15 (99) Field Reference Manual: Standard Specifications for

Structural Concrete ACI 301-99 with Selected ACI andASTM References .................................................... 76

SP-17(97) ACI Design Handbook .............................................. 19SP-66(94) ACI Detailing Manual................................................. 29SP-71(99) ASTM Standards in ACI 301 and 318 ............... 20 & 77SP-86 Deflections of Concrete Structures........................... 28SP-88 Strength Evaluation of Existing Concrete Bridges .... 35SP-89 Polymer Concrete: Uses, Materials and Properties .. 65SP-95 Properties of Concrete at Early Ages ....................... 56SP-96 Consolidation of Concrete......................................... 21SP-99 Polymer Modified Concrete ....................................... 65SP-104 Lewis H. Tuthill International Symposium: Concrete

and Concrete Construction....................................... 78SP-106 Computer Applications in Concrete Technology —

San Antonio 1987.................. ................... ................. 78

SP-107 Forming Economical Concrete Buildings — Proceedingsof the Third International Conference ................... ........ 39

SP-112 Nondestructive Testing of Concrete.......................... 58SP-114 Fly Ash, Silica Fume, Slag and Natural Pozzolans in

Concrete — Proceedings, Third InternationalConference............................................................... 65

SP-115 Reference Manual: Specifications forMasonry Structures ................................................. 77

SP-116 Polymers in Concrete: Advances and Applications ... 64SP-117 Long-Term Serviceability of Concrete Structures ..... 30SP-118 Fracture Mechanics: Applications to Concrete ......... 41SP-119 Superplasticizers and Other Chemical Admixtures

in Concrete ............................................................... 10

SP-121 Utilization of High-Strength Concrete — SecondInternational Symposium .......................................... 42

SP-122 Paul Klieger Symposium on Performanceof Concrete ............................................................... 42

SP-124 Thin-Section Fiber Reinforced Concreteand Ferrocement ...................................................... 35

SP-126 Durability of Concrete ............................................... 30SP-129 Computer Analysis of the Effects of Creep, Shrinkage,

and Temperature Changes on Concrete Structures .... 26SP-132 Fly Ash, Silica Fume, Slag and Natural Pozzolans in

Concrete —Proceedings, Fourth InternationalConference............................................................... 65

SP-133 Designing Concrete Structures for Serviceabilityand Safety ................................................................ 30

SP-134 Concrete Design Based on Fracture Mechanics ...... 40SP-135 Creep and Shrinkage of Concrete: Effect of Materialsand Environment............................. .......................... 26

SP-136 Structural Lightweight AggregateConcrete Performance ............................................. 45

SP-137 Polymer Concrete ..................................................... 64SP-138 Fiber-Reinforced Plastic Reinforcement for

Concrete Structures ................................................. 37SP-139 Durable Concrete in Hot Climates ............................ 43SP-140 High-Performance Concrete in Severe Environments ... 42SP-141 New Concrete Technology ........................................ 78SP-142 Fiber Reinforced Concrete Developments

and Innovations ........................................................ 36SP-143 New Experimental Techniques for Evaluating Concrete

Material and Structural Performance ......................... 35

SP-144 Concrete Technology: Past, Present, and Future ..... 78SP-145 Durability of Concrete — Third InternationalConference............................................................... 30

SP-146 Thin Reinforced Concrete Products and Systems.... 35SP-147 Masonry in the Americas .......................................... 87SP-148 Fourth CANMET/ACI International Conference on

Superplasticizers and Chemical Admixtures .............. 9SP-149 High-Performance Concrete: Proceedings, ACI

International Conference, Singapore......................... 42SP-150 Controlled Low-Strength Materials ............................ 24SP-151 Concrete Bridges in Aggressive Environments ........ 13SP-152 Design and Performance of Mat Foundations —

State-of-the-Art Review ............................................ 40SP-153 Fly Ash, Slag, Silica Fume and Other Natural Pozzolans

— Proceedings, Fifth International Conference .......... 65

SP-154 Advances in Concrete Technology ........................... 77SP-155 Testing of Fiber Reinforced Concrete ....................... 36SP-156 Interface Fracture and Bond .................................... 40SP-157 Recent Developments in Lateral Force Transfer

in Buildings.... .................... ................... ................... .. 71SP-158 Concrete and Grout in Nuclear and Hazardous

Waste Disposal......................................................... 59SP-159 International Workshop on High-

Performance Concrete ............................................. 41SP-161 Recent Developments in Deflection Evaluation

of Concrete ............................................................... 28SP-162 Mete A. Sozen Symposium — A Tribute From

His Students ............................................................. 77SP-163 Third CANMET/ACI International Conference on

Performance of Concrete in Marine Environment ..... 46

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SP-164 The Fourth World Congress on Joint Sealants andBearing Systems in Concrete Structures —Volume 1/Volume 2. .................................................. 45

SP-165 Repair and Strengthening of Concrete Members withAdhesive Bonded Plates ........................................... 70

SP-166 Properties and Uses of Polymers in Concrete .......... 64SP-167 High-Strength Concrete: An

International Perspective .......................................... 41SP-168 Innovations in Nondestructive Testing of Concrete... 58SP-169 In-Place Performance of Polymer

Concrete Overlays ................................................... 64SP-170 Fourth CANMET/ACI International Conference on

Durability of Concrete ............................................... 30SP-171 Advances in Concrete Technology ........................... 77SP-172 High-Performance Concrete ..................................... 41SP-173 Fifth CANMET/ACI International Conference on

Superplasticizers and Other Chemical Admixturesin Concrete ................................................................. 9

SP-174 Hybrid and Composite Structures ............................ 43SP-175 Concrete and Blast Effects ....................................... 43SP-176 High-Strength Concrete in Seismic Regions ............. 41SP-177 Ettringite, The Sometimes Host of Destruction.......... 30SP-178 Fly Ash, Slag, Silica Fume and Other Natural Pozzolans

— Proceedings, Sixth International Conference ......... 65SP-179 Recent Advances in Concrete Technology ............... 77SP-180 Bond and Development of Reinforcement — A Tribute

to Peter Gergely ........................................................ 12

SP-181 Recent Developments in the Design and Specificationof Concrete Pavement Systems............................... 61

SP-182 Structural Applications of FiberReinforced Concrete ................................................ 36

SP-183 Design of Two-Way Slabs ......................................... 74SP-184 Development of Seismic Steel Reinforcement

Products and Systems .............................................. 69SP-185 High-Performance Fiber Reinforced Concrete in

Infrastructural Repair and Retrofit ............................ 70SP-186 High-Performance Concrete: Performance and

Quality of Concrete Structures .................................. 41SP-187 Seismic Response of Concrete Bridges ................... 13SP-188 Fourth International Symposium on Fiber Reinforced

Polymer Reinforcement for ReinforcedConcrete Structures ................................................. 37

SP-189 High-Performance Concrete — Research to Practice .... 42SP-190 High-Performance Fiber-Reinforced Concrete Thin

Sheet Products ......................................................... 36SP-191 Water-to-Cement Ratio and Other Durability

Parameters — Techniques for Determination ........... 29SP-193 Bridges, Rehabilitation and Maintenance of Concrete

Structures, and Innovations in Designand Construction ...................................................... 70

SP-194 The Adam Neville Symposium: Creep and Shrinkage -Structural Design Effects .......................................... 26

SP-195 Sixth CANMET/ACI International Conference onSuperplasticizers and Other Chemical Admixturesin Concrete ................................................................. 9

SP-196 Composite and Hybrid Systems ............................... 43SP-198 Structural Concrete: Behavior of Implementation ...... 78

SP-199 Fly Ash,Slag, Silica Fume and other Natural PozzoloneProceedings, Seventh International Conference ....... 66

SP-200 Recent Advances in Concrete Technology—Proceedings, Fifth International Conference ............. 78

SP-201 Fracture Mechanics for Concrete Materials:Testing and Applications ........................................... 40

SP-202 Proceedings, Third International Conference onSustainable Development of Cement and Concrete .. 77

SP-203 Code Provisions for Deflection Control inConcrete Structures ................................................. 27

SP-204 Design and Construction Practicesto Mitigate Cracking .................................................. 25

CERTIFICATIONCP-1(01) Technician Workbook for ACI Certification of

Concrete Field Testing Technician — Grade I ........... 16CP-6(82) Laboratory Testing — Tape #1 .................................. 15CP-8(84) Finishing Concrete Flatwork ..................................... 15CP-10(95) Craftsman Workbook for ACI Certification of

Concrete Flatwork Technician/Finisher .................... 16C10-95S Spanish Language Version of Craftsman Workbook

for ACI Certification of Concrete FlatworkFinisher / Technician ................................................. 16

CP-13(85) Laboratory Testing — Tape #2 .................................. 15CP-14(85) Laboratory Testing — Tape #3 .................................. 15CP-16(01) Technician Workbook for ACI Certification of Concrete

Laboratory Testing Technician — Grade I & II ........... 16

CP-19(01) Technician Workbook for ACI Certification of ConcreteStrength Testing Technician ................... ................... 17CP-26(89) Fundamentals of Proportioning Concrete Mixtures... 15CP-31 Transportation Inspector Reference Package.......... 17CP-40(00) Workbook for Aggregate Field Testing Technician .... 14CP-41(00) Technician Workbook for ACI Certification of

Aggregate Laboratory Testing Technician ................. 14CP-60(02) Workbook for ACI Certification of

Shotcrete Nozzlemen ............................................... 17CP50(01) Tilt Up Reference Guide ........................................... 17CPCM1 Testing Ready Mixed Concrete in the Field .............. 15CPCM1 Testing Ready Mixed Concrete in the Field

- Spanish Edition ....................................................... 15CONCRETE CRAFTSMAN SERIESCCS-0 Concrete Fundamentals ................................... 21 & 75

CCS-1 Slabs on Grade................................................. 21 & 74CCS-2 Cast-In-Place Walls.......................................... 22 & 81CCS-3 Supported Beams and Slabs ............................ 22 & 75CCS-4 Shotcrete for the Craftsman ............................. 22 & 73EDUCATIONALE1-99 Aggregates for Concrete .......................................... 10E2-00 Reinforcement for Concrete — Materials

and Applications. ...................................................... 69E3-83 Hydraulic Cement for Concrete ................................ 13E-3 Cementitious Materials for Concrete......................... 13E4-96 Chemical and Air-Entraining Admixtures

for Concrete ............................................................. 10Seminars ............................................................. 31-33

BACKGROUND MATERIAL FOR SEMINARSSBM 1-91 Polymer Conference ................................................. 65

SBM 3-91 How to Design, Build, and Maintain Concrete ParkingStructures ................................................................ 60

SBM 4-94 Designing, Specifying and Construction forDurable Concrete ..................................................... 34

SCM 15-87 High-Strength Concrete .................................... 23 & 42SCM 17-87 Troubleshooting Concrete Problems ................. 23 & 81SCM 19-89 Avoiding Failures in Concrete Construction .............. 23SCM 26-92 Proportioning Concrete Mixtures .............................. 58SCM 27-93 Repairing Concrete Bridges ...................................... 70SCM 28-95 Concrete Site Paving .................................. 23, 59 & 61SCM 28-01 Concrete Parking Lots & Site Paving ........................ 59SCM 30-95 Seismic Retrofit of Concrete Structures ................... 71SCM 39 How to Design, Build and Maintain Concrete

Parking Structures ................................................... 60MANUAL OF CONCRETE PRACTICE

MCP02/PACK 2002 Manual of Concrete Practice (6 Part Set) ............. 52MCP1 2002 Manual of Concrete Practice — Volume 1........ 50MCP2 2002 Manual of Concrete Practice — Volume 2........ 50MCP3 2002 Manual of Concrete Practice — Volume 3........ 50MCP4 2002 Manual of Concrete Practice — Volume 4........ 51MCP5 2002 Manual of Concrete Practice — Volume 5........ 51MCP6 2002 Manual of Concrete Practice — Volume 6........ 51MCCD (01) 2002 MCP-CD Rom .................................................. 52MISCELLANEOUS3189CD ACI 318-99 and PCA Notes on CD-ROM ................. 18AB81 Guide to the Design of Anchor Bolts and Other

Steel Embedments .................. ................... ............... 11ASCC 98 The Contractor’s Guide to Quality

Concrete Construction ............................................. 21

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CI Concrete International Magazine ... ....... ....... ...... ....... 61CRC1 Evaluation of F-Number Systems and Waviness

Index for Measuring Floor Flatness and Levelness.... 80CT01 Concrete Tools Vol. 1 (CD-ROM) — Slabs ................ 74CT02 Concrete Tools Vol. 2 (CD-ROM) — Proportioning

and Handling Concrete ................. ................... .......... 57CT03 Concrete Tools Vol. 3 (CD-ROM) — Durabili ty .......... 31CT04 Concrete Tools Vol. 4 (CD-ROM) — Shotcrete ... .. .. .. 72EV-01 Batching, Mixing and Transportation of Ready-

Mixed Concrete Videocassettes ................. 15, 23 & 63EV2-96 Videocassettes: Slabs on Grade .............................. 75FELPLQ Fellow Plaque ........................................................... 96

ITGT01 Acceptance Criteria for Moment Frames Based onStructural Testing...................................................... 80MCERT Member Certificate ................................................... 96MDG-1(01) Masonry Designers’ Guide ....................................... 46MFPIN Fellow Lapel Pin ........................................................ 96MJ ACI Materials Journal ............................................... 62MMPIN Member Lapel Pin ..................................................... 96MPLAQ Member Plaque......................................................... 96MTIEM Maroon Tie................................................................ 96MTIEB Blue Tie ..................................................................... 96PP-1 Practitioner’s Guide to Hot

Weather Concreting ......................................... 22 & 43PP-2 Practitioner’s Guide to Cold

Weather Concreting. ......................................... 20 & 22PP-3 Practitioner’s Guide to Tilt-Up

Concrete Construction ..................................... 22 & 80PP-4 Practitioner’s Guide to Slabs on Ground ........... 22 & 75REPMAN Concrete Repair Manual........................................... 69SJ ACI Structural Journal .............................................. 62TB1 Toolbox Meeting Flyers, Concrete Basics... .. ... ... .. ... 23TB2 Toolbox Meeting Flyers, Concrete Formwork... 23 & 39TECHNICAL DOCUMENT PACKAGES309 Consolidation Package ............................................. 21SP-4 Student Special ......................................................... 38CONST Construction Package .............................................. 23224 Cracking Package .................................................... 25304 Handling Concrete Package ..................................... 62MCPCD1 MCP Combo Package (5 Part Set & CD-ROM) ........ 52POLY Polymer Package...................................................... 64211 Proportioning Package ............................................. 57

SHOT Shotcrete Package ................................................... 72DFSG Slabs Package ......................................................... 74INDUSTRY PUBLICATIONSAPC1 Architectural Precast Concrete ........................ 12 & 82EB086 Building Movements and Joints ........................ 45 & 82PA122H Cement Mason’s Guide .................................... 75 & 82EB111 Cementitious Grouts and Grouting ................... 40 & 82CSTS Circular Storage Tanks and Silos ...................... 73 & 82CMPC1 Concrete and Masonry Problem Clinic Vol. I ..... 81 & 84CBO Concrete Beams with Openings ............................... 82CCEH Concrete Construction Engineering Handbook..... 23 & 83CCH Concrete Construction Handbook ... .. ... ... ... .. ... . 23 & 83EB075 Concrete Floors on Ground, 3rd Edition ................... 75CFPR Concrete Folded Plate Roofs ................................... 83TEK Concrete Masonry Design and Construction.... ... .. .. 83

CMDT Concrete Masonry Design Tables .................... 55 & 83CMDQ Concrete Mix Design, Quality Controland Specification .............................................. 68 & 83

CRMI Concrete Repair and Maintenance, Il lust. ......... 70 & 84CR1 Concrete Repair — Volume I .. .. .. .. .. .. .. .. .. .. .. .. .. 70 & 84CR2 Concrete Repair — Volume II .. ... ... ... ... ... ... ... ... . 70 & 84CR3 Concrete Repair — Volume III . .... ... .... ... .... ... ... . 71 & 84IS177T Concrete Slab Surface Defects: Causes,

Prevention, Repair ............................................ 75 & 84CSSD Concrete Structures Stresses and Deformations,

2nd Edition ................................................................ 84CPCS Construction of Prestressed Concrete

Structures ........................................................ 67 & 84CSIC Corrosion of Steel in Concrete.......................... 25 & 85

DCF Design and Construction Failures Lessonsfrom Forensic Investigators ..................................... 28

EB001 Design and Control of Concrete Mixtures......... 58 & 85DMSRW Design Manual of Segmental Retaining Walls ... 81 & 85DFSG96 Designing Floor Slabs on Grade....................... 75 & 85EC Engineered Concrete — Mix Design and

Test Methods .................................................... 58 & 85EIC Epoxy Injection in Construction .... ... ... ... ... ... ... .. 34 & 85FLCC Ferrocement and Laminated

Cementitious Concrete ..................................... 35 & 86PA124H Finishing Concrete Slabs with Color

and Texture....................................................... 75 & 86

CKFK Floating Concrete Kits ...................................... 81 & 86FHPC Fundamentals of High-Performance Concrete ...... 42 & 86SFFC Guide for Surface Finish of Formed Concrete ..... 81 & 86ISDP Impact of the Seismic Design Provisions of the

International Building Code ................... .................. .. 71LCCC Lea’s Chemistry of Cement and Concrete ........ 14 & 87ME Masonry Efflorescence .... ... .. ... .. ... .. ... .. ... .. .. ... .. 46 & 87OSP147 Masonry in the Americas .......................................... 87MSCI Materials Science of Concrete I........................ 56 & 87MSCII Materials Science of Concrete II....................... 56 & 87MSCIV Materials Science of Concrete IV ..................... 56 & 87MPCF Moisture Problems in Concrete Floors Analysis

and Prevention ................................................. 76 & 87MM Mortar, How to Specify and Use

Masonry Mortar ................................................ 55 & 88

EB0709 PCA Notes on ACI 318-99 ........................................ 18EB007 PCA Soil Primer ................................................ 76 & 88PRECON Prestressed Concrete: A

Fundamental Approach .................................... 67 & 88PCS Prestressed Concrete Structures ... ... .. ... ... .. ... . 67 & 88POC Properties of Concrete ..................................... 56 & 84PC Pumping Concrete ............................................ 63 & 88RENCON Reinforced Concrete — A

Fundamental Approach .................................... 28 & 88ICJ Repair and Rehabilitation: A Compilation from

The Indian Concrete Journal ............................ 70 & 89RPWCS Repair, Protection and Waterproofing

of Concrete Structures ............................................. 89RC Residential Concrete ........................................ 71 & 89IS144T Resurfacing Concrete Floors ........................... 75 & 89

SDRCMB Seismic Design of Reinforced Concrete andMasonry Buildings ............................................ 28 & 85

EB1042 Simplified Design of Concrete Buildings ofModerate Size and Height ................................ . 28 & 89

EB071 Solidification and Stabilization of Waste UsingPortland Cement ............................................... 81 & 90

SCCDTB Steel, Concrete, & Composite Design ofTall Buildings ................ ................... .................. 28 & 90

SRPC Strength and Related Properties of Concrete ... 56 & 90SMET Structural Modeling and Experimental

Techniques ............................................................... 90SR0B01 Structural Renovations of Buildings .......................... 28

The Visible and Invisible Cracking of Concrete ......... 25WBE Waterproofing the Building Envelope................. 81 & 90

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Discounts of up to 40% on ACI publicationsACI International offers the most complete source of technicalliterature on concrete. Members save up to 40% off the listprice. Frequent “Member Only” specials provide additionalsavings off the already generous member discounts.

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7/17/2019 Ac i 2002 Catalog


10ESSENTIAL PUBLICATIONS

FOR YOUR CONCRETE ANDMASONRY REFERENCE LIBRARY

✶ 2002 Manual of Concrete Practice (see pages 49-52)

✶ SP-4, Formwork for Concrete, 6th edition (see page 38)

✶ SP-2, ACI Manual of Concrete Inspection, 9th edition

(see page 44)

✶ SP-15, Field Reference Manual (see page 76)

✶ PCA Notes on ACI 318 (see page 18)

✶ SP-71, ASTM Standards in ACI 318 (see page 20)

✶ ASCC 98, The Contractor’s Guide to Quality ConcreteConstruction (see page 21)

✶ Concrete Repair Manual (see page 69)

✶ Design and Control of Concrete Mixtures, 14th edition(see page 85)

✶ Masonry Designers’ Guide, 3rd edition (see page 46)

7/17/2019 Ac i 2002 Catalog


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