dt310 portfolio gilmore

GRAPHICAL AND

NUMERICAL ANALYSIS

Design/Engineering Technology Fall - 2013Ron Gilmore – DT310 –

Graphical and Numerical Analysis

RON GILMOREENGINEERING TECHNOLOGY

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CPAGE SUBJECT Description Software Used

1Course Description and Student Learning Outcomes

3 Material Strength

Concrete StrengthBolt Thread Shear StrengthElectrical Measurements and AnalysisPlumbing Measurements and AnalysisAirflow Measurements and AnalysisMEP Analysis

Excel, Google Present, Google spreadsheet, D2L

5 MEP Measurements

Data Analysis in Construction … Material Strength, MEP and Energy AnalysisMechanical Data AnalysisCivil Data AnalysisTechnical Documents

Revit, Google Presentation, Excel, Google Spreadsheet, D2L

9Analysis Based On Data Contained In Drawings (Files)

Data ExtractionVector Analysis / Finite Element AnalysisAreas and VolumesBuilding Energy Analysis

AutoCAD, Revit, Google Docs, Excel, Online Calculators

14 Civil AnalysisCivil Pipeline AnalysisStorm Water (LID) AnalysisMining and Aviation Terminology and Analysis

Revit, AutoCAD, Google Presentation, Excel, Google Spreadsheet, Online Calculators

17 Mechanical AnalysisTrue Shape Views from Solid ModelsGeometric and Dimensional Tolerance Studies (GDT)Flat Pattern Layouts

Revit, AutoCAD, Google Presentation, Excel, Google Spreadsheet

23On-Line Resources and Preprogrammed Calculators

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Course Description

Student Learning Outcomes

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ysisThis course covers the application of orthographic projection and geometric construction

principles as they are used to solve technical problems. Additionally, graphical analysis is used to determine strength, deflection, cost, volume, and green technology ratings. These analyses may utilize design characteristics such as forces, moments, ratios, and areas as well as distance, bearing, and grade. These characteristics are then used in the solution of engineering and architectural problems.

• solve for (graphically determine) the design characteristics of shapes used in architectural, engineering, and green technology disciplines • analyze and present data in a meaningful graphical manner that allows for the solution of design problems • solve technical problems from architectural, engineering, and green technology disciplines

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Construction……..........Material Strength / MEP / Energy.……..Software Icons

Mechanical.. FEA….Vectors … GDT… True Shape.…. Flat Patterns ... Icons Here

Civil ……….. Storm Water …………. Sewer ………….. Mining…….....……. Icons Here

Technical Documentation…Calculations and Reports….Drawings…….Icons Here

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Physical Test

Organize Data and Calculations Problem Solving and Analysis

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CONCRETE Material Strength

Ron Gilmore – DT310 – Graphical and Numerical Analysis

Physical Test

Organize Data And Calculations

Solve Problems

BOLT THREAD SHEAR

Material StrengthRon Gilmore – DT310 – Graphical and Numerical Analysis

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Physical Test

Organize Data and Calculations

Solve ProblemsTechnical Documents and Standards

Kw=W/1000, Energy= Kw*Hrs, Cost$ = KwHrs*Rate

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ELECTRICAL MEP Measurements


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ELECTRICAL MEP Measurements


Revit Model


Formulae

PLUMBING

MEP MeasurementsRon Gilmore – DT310 – Graphical and Numerical Analysis

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Data Extract from Revit


Solve Problems

Formulae

http://efficientcomfort.net/asp/ResDuct_Web/ResDuct_Web.asp

HVAC

MEP MeasurementsRon Gilmore – DT310 – Graphical and Numerical Analysis

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Natural Gas Line Calculations

Natural Gas Line and Ground Plan Data from AutoCAD

http://www.engineeringtoolbox.com/natural-gas-pipe-sizing-d_826.html

PIPE RUN PROBLEM

Data ExtractionRon Gilmore – DT310 – Graphical and Numerical Analysis

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Calculations and Problem Solving

POPPET MRP PROBLEM


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SURVEY DATA


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GRAPHICAL VECTOR

ANALYSIS Finite Element Analysis


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GRAPHICAL VECTOR ANALYSIS

Finite Element AnalysisRon Gilmore – DT310 – Graphical and Numerical Analysis

STORM WATER

PROBLEM Civil Analysis


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AUTOCAD PROBLEMS

Civil AnalysisRon Gilmore – DT310 – Graphical and Numerical Analysis

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Mining and Aviation

Applications Civil Analysis


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INTERFERENCE

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AUTOCAD ANALYSIS Geometric/Dimension

Tolerance StudyRon Gilmore – DT310 – Graphical and Numerical Analysis

NO INTERFERENCE

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FLAT PATTERN LAYOUTS Collaboration


COLLABORATION

FINISHED PRODUCT

DESIGN TEMPLATE

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Purpose:Determine O’Ring GrooveDimensions for Standardand for Custom O’Rings

Method:Determine % Crush for Standard O’Ring

Determine Change in Dia Needed for Custom O-Ring based on Custom % crush

Adjust Groove Depth to achieve Custom Dimension.

Data from Parker Handbook Modified Dimensions to meet specified crush %

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O-RINGANALYSIS

Geometric/Dimension Tolerance Study


ARC DESIGN TECH

BUILDING ANALYSIS Green Civil/Architecture


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On-Line Resources & Preprogrammed Calculators

This section is included to clarify which Calculators and Websites were provided in support of the coursework for this class.


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E-QUEST PROGRAM




