cost and estimate
DESCRIPTION
....TRANSCRIPT
CONCRETE
TECHNOLOGICAL UNIVERSITY OF THE PHILIPPINESAyala Blvd., Ermita, Manila
COLLEGE OF ENGINEERINGCivil Engineering Department
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALS
Item To Be EstimatedCalculationsMaterials And Estimated Quantities Required
Cement 40kg.(Bags)Sand(Cu.m.)Gravel(Cu.m.)Gravel Fill (Cu.m.)
Footings For Rectangular Column
Central Footing-1 for Rectangular ColumnConc. vol./footing = 1.2 x 1.2 x 0.25 = 0.36m3Conc. vol./footing for 4 footings = 1.44m3Plus : 10 % allowance for wastage = 0.14m3 Total volume of footings = 1.58m3
Using the Formulas for Class AA concrete: 1.58 m3 x 12.0 = 18.96; say 1.58 m3 x 0.5 = 0.79; say 1.58 m3 x 1.0 = 1.58; say
Central Footing-2 for Rectangular ColumnConc. vol./footing = 1.3 x 1.3 x 0.25 = 0.42m3Conc. vol./footing for 7 footings = 2.96 m3Plus : 10 % allowance for wastage = 0.30 m3 Total volume of footings = 3.26 m3
Using the Formulas for Class AA concrete:3.26 m3 x 12.0 = 39.12; say3.26 m3 x 0.5 = 1.63; say3.26 m3 x 1.0 = 3.26; say
Central Footing-3 for Rectangular ColumnConc. vol./footing = 1.4 x 1.4 x 0.25 = 0.49 m3Conc. vol./footing for 2 footings = 0.98 m3Plus : 10 % allowance for wastage = 0.10 m3 Total volume of footings = 1.08 m3
Using the Formulas for Class AA concrete:1.08 m3 x 12.0 = 12.96; say1.08 m3 x 0.5 = 0.54; say1.08 m3 x 1.0 = 1.08; say
Central Footing-4 for Rectangular ColumnConc. vol./footing = 1.55 x 1.55 x 0.3 = 0.72 m3Conc. vol./footing for 2 footings = 1.44 m3Plus : 10 % allowance for wastage = 0.14 m3 Total volume of footings = 1.58 m3
Using the Formulas for Class AA concrete: 1.58 m3 x 12.0 = 18.96; say 1.58 m3 x 0.5 = 0.79; say 1.58 m3 x 1.0 = 1.58; say
Cen/Can Footing-5 for Rectangular ColumnConc. vol./footing = 0.6 x 0.6 x 0.2 = 0.07 m3Conc. vol./footing for 16 footings = 1.15 m3Plus : 10 % allowance for wastage = 0.12 m3 Total volume of footings = 1.27 m3
Using the Formulas for Class AA concrete: 1.27 m3 x 12.0 = 15.24; say 1.27 m3 x 0.5 = 0.635; say 1.27 m3 x 1.0 = 1.27; say
Cantilever Footing-6 for Rectangular ColumnConc. vol./footing = 1.05 x 1.05 x 0.25 = 0.28 m3Conc. vol./footing for 4 footings = 1.10 m3Plus : 10 % allowance for wastage = 0.11 m3 Total volume of footings = 1.21 m3
Using the Formulas for Class AA concrete: 1.21 m3 x 12.0 = 14.52; say 1.21 m3 x 0.5 = 0.605; say 1.21 m3 x 1.0 = 1.27; say
CantileverFooting-7 for Rectangular ColumnConc. vol./footing = 1.15 x 1.15 x 0.25 = 0.33 m3Conc. vol./footing for 2 footings = 0.66 m3Plus : 10 % allowance for wastage = 0.07 m3 Total volume of footings = 0.73 m3
Using the Formulas for Class AA concrete: 0.37 m3 x 12.0 = 4.44; say 0.37 m3 x 0.5 = 0.185; say 0.37 m3 x 1.0 = 0.37; say
Combined Footing-1 for Rectangular ColumnConc. vol./footing = 1.35 x 2.05 x 0.25 = 0.69 m3Conc. vol./footing for 1 footings = 0.69 m3Plus : 10 % allowance for wastage = 0.07 m3 Total volume of footings = 0.76 m3
Using the Formulas for Class AA concrete: 0.76 m3 x 12.0 = 9.12; say 0.76 m3 x 0.5 = 0.38; say 0.76 m3 x 1.0 = 0.76; say
19
40
13
19
16
15
5
10
1.0
2.0
1.0
1.0
1.0
1.0
0.5
0.5
2.0
3.5
1.5
2.0
1.5
1.5
0.5
1.0
Rectangular ColumnsRectangular Column -1 with 250mm FootingConc. volume per column =Conc. volume for 10 columns = Conc. Volume per column = Total Volume = 6.828 m3Plus : 5 % allowance for wastage = Total Volume for Columns =
Using Class A concrete mixture: ; say ; say ; say
Rectangular Column -2& 3 with 250mm FootingConc. volume per column =Conc. volume for 6 columns = Conc. Volume per column = Conc. Volume for 2 columns =0.776Conc. Volume per column = Conc. Volume for 2 columns =1.10Total Volume = 5.644Plus : 5 % allowance for wastage = Total Volume for Columns =
Using the formula for Class A concrete: ; say ; say ; say
Rectangular Column -2 with 300mm FootingConc. volume per column =Conc. volume for 2 columns = Plus : 5 % allowance for wastage = Total Volume for Columns =
Using the formula for the Class A concrete: ; say ; say ; say
Planted Column-1Length of column = 0.2 x 0.4 x 3 = 0.24 m3Conc. Vol./Column for 5 = 1.20 m3Plus : 10 % allowance for wastage = 0.12 m3 Total Volume = 1.32 m3
Using the formula for Class A concrete: 1.32 m3 x 9 = 11.88; say 1.32 m3 x 0.5 = 0.66; say 1.32 m3 x 1.0 = 1.32; say
SC-1Length of column = 0.15 x 0.3 x 2.125 = 0.096 m3Conc. Vol./Column for 16 = 1.53 m3Plus : 10 % allowance for wastage = 0.15 m3 Total Volume = 1.68m3
Using the formula for Class A concrete:1.68 m3 x 9 = 15.12; say 1.68m3 x 0.5 = 0.84; say1.68m3 x 1.0 = 1.68; say
65
54
12
12
16
4.0
3.0
1.0
1.0
1.0
7.5
6.0
1.5
1.5
2.0
Reinforced Concrete Beams
Ground Floor BeamsLength of Ground Floor Beam = 74.76 mConc. volume of beams = 0.2 x 0.4 x 74.76 = 5.98 m3Plus : 10 % allowance for wastage = 0.60 Total Volume for Beam = 6.58 m3
Using the formula for Class A concrete:6.58m3 x 9.0 = 59.22; say6.58m3 x 0.5 = 3.29; say6.58m3 x 1.0 = 6.58; say
Second Floor Concrete BeamsLength of Second Floor Beams = 122.624 mConc. volume of beams = 0.2 x 0.4 x 101.86 = 9.81Plus : 5 % allowance for wastage = 0.49 Total Volume for Beam = 10.3 m3
Using the formula for Class A concrete:10.3 m3 x 9.0 = 92.7; say10.3m3 x 0.5 = 5.15; say10.3m3 x 1.0 = 10.3; say
Roof BeamsLength of Roof Beams = 88.249 mConc. volume of beams = 0.2 x 0.4 x 94.97 = 7.05 m3Plus : 5 % allowance for wastage = 0.35 Total Volume = 7.40 m3
Using Formula for Class A concrete: 7.4 m3 x 9.0 = 66.6; say 7.4 m3 x 0.5 = 3.7; say 7.4 m3 x 1.0 = 7.4; say
60
93
67
3.5
5.5
4.0
7.0
10.5
7.5
Concrete Slab Concrete Slab on FillArea of Conc. Slab = 164.25Volume of Conc. Slab =164.25 x 0.125 = 20.53 m3Plus : 10% allowance for wastage =2.05 Total volume of Concrete = 22.58 m3
Using Formula for Class B concrete: 22.58 m3 x 7.5 = 169.35; say 22.58 m3 x 0.5 = 11.29; say 22.58 m3 x 1.0 = 22.58; say
Second Floor Two-Way Slab ( S-1)Area of Conc. Slab = 68.07Volume of Conc. Slab = 68.07 x 0.10 = 6.81 m3Plus : 5% allowance for wastage = 0.34 Total volume of Concrete = 7.15 m3
Using Formula for Class B concrete: 7.15 m3x 7.5 = 53.625; say 7.15 m3x 0.5 = 3.575; say 7.15 m3x 1.0 = 7.15; say
Second Floor Two-Way Slab ( S-2)Area of Conc. Slab = 28.82Volume of Conc. Slab = 28.82 x 0.10 = 2.88 m3Plus : 5% allowance for wastage = 0.144 Total volume of Concrete = 3.024 m3
Using Formula for Class B concrete:3.024 m3 x 7.5= 22.68; say3.024 m3x 0.5 = 1.512; say3.024 m3x 1.0 = 3.024; say
Second Floor Two-Way Slab ( S-3)Area of Conc. Slab = 8.03Volume of Conc. Slab = 8.03 x 0.10 = 0.803Plus : 5% allowance for wastage = 0.40 Total volume of Concrete = 1.20 m3
Using Formula for Class B concrete:1.20 m3 x 7.5= 9; say1.20 m3x 0.5 = 0.6; say1.20 m3x 1.0 = 1.20; say
Second Floor Two-Way Slab ( S-4)Area of Conc. Slab = 15.33Volume of Conc. Slab =15.33 x 0.10 = 1.53Plus : 5% allowance for wastage = 0.08 Total volume of Concrete = 1.61
Using Formula for Class B concrete:1.61 m3 x 7.5=12.08; say1.61m3x 0.5 = 0.81; say1.61m3x 1.0 =1.61; say
Second Floor Two-Way Slab ( S-5)Area of Conc. Slab = 14.81Volume of Conc. Slab = 14.81 x 0.10 = 1.48m3Plus : 5% allowance for wastage = 0.07Total volume of Concrete = 1.55 m3
Using Formula for Class B concrete:1.55m3 x 7.5=11.625; say1.55m3x 0.5 =0.775; say1.55 m3x 1.0 = 1.55; say
170
54
23
9
13
12
11.5
4.0
1.5
1.0
1.0
1.0
23.0
7.5
3.0
1.50
2.0
1.50
Gravel FillVolume of Gravel =164.25 x 0.1 = 16.42516.5
StairStair Details19 Steps with Landing
Rise = Run = Width = 925Thickness of RC Slab = 0.125m.
Using Special Formulas and CalculationsConc. volume of stairs = Plus : 5% allowance for wastage = Total volume of Concrete =
Using the formula for Class A concrete: ; say ; say ; say
13
1.0
1.5
TOTALS810529716.5
Masonry
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALS
Item To Be EstimatedCalculationsMaterials And Estimated Quantities Required
CHB(200mm)CHB(150mm)Cement(Bags)Gravel(Cu.m.)Gravel Fill (Cu.m.)
CHB for ExteriorWallExterior Wall from Footing to Second FloorArea of Wall = 62.35 x 3.4 = 211.99m2Less: Door: 2(2.1 x 0.9) = 3.782(2.3 x 1.8) = 8.284(2.1 x 0.8) = 6.72 Window: 1.2 x 1.6 =1.92 1.2 x 1.1=1.32 4(1.2 x 0.8)=3.84 4(1.8 x 0.35)=2.522(1.3 x 0.65) =1.69 2(2.1 x 0.6)=2.52 2(0.9 x 1.1)=1.98 6(0.55 x 0.5)=1.65
Net CHB Wall Area =
No. of CHB required: ; say
Exterior Wall from Second Floor to Roof BeamArea of Wall = Less: Door: 2(2.3 x 2.3)=10.58Window: 2(2.75 x 2.0)=11 6(1.3 x 1.9)=14.82 2(1.1 x 0.9)=1.98 4(0.55 x 0.5)=1.1
Net CHB Wall Area =
No. of CHB required: ; say
2198
1780
CHB for Interior WallInterior Wall on First FloorArea of Wall = Less: Door: Net CHB Wall Area =
No. of CHB required:; say
Interior Wall on Second FloorArea of Wall = Less: Door:
Net CHB Wall Area =
No. of CHB required: ; say
1117
1380
Materials for CHB wall FootingsExterior Wall FootingTotal Length of Exterior Wall Footing =
Using the Volume Method of ConcreteConc. volume of footing = Plus : 10 % allowance for wastage =Total volume of footings =
Under Class A concrete mixture: ; say ; say ; say
Interior Wall FootingTotal Length of Interior Wall Footing =
Using the Volume Method of ConcreteConc. volume of footing = Plus : 10 % allowance for wastage = Total volume of footings =
Under Class A concrete mixture: ; say ; say ; say
49
22
3.0
1.5
5.5
2.5
Materials for Cement MortarExterior WallTotal Area =
Under Class A mixture for a 200mm CHB: ; say ; say
Interior WallTotal Area =
Under Class B mixture for a 150 mm CHB: ; say ; say
719
305
39.0
17.0
Materials for Cement Mortar PlasteringExterior WallTotal Area =
Under 16 mm thick plaster Class A mixture: ; say ; say
Interior WallTotal Area =
Under 16 mm thick plaster Class B mixture: ; say ; say
92
39
5.5
3.5
TOTALS39782497122669.511.5
Metal Reinforcement
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALS COMPUTATION
Item To Be EstimatedCalculationsMaterials And Estimated Quantities Required
10MM X 6.00M12MM X 6.00M16MM X 6.00M20MM X 6.00M
Footings BarsCentral Footing-1for Rectangular Column
Length of footing bar = Plus:Mild Steel Hook Allowance = Allowance per footing bar = Total Length of footing bar =
No. of Bar per Footing = 5 pieces Total Length of bar per footing =
Total Length of bars for 4 footings =
Total Length of Side Footing Bars
No. of Bars required:; say
Central Footing-2 for Rectangular ColumnLength of footing bar = Plus:Mild Steel Hook Allowance = Allowance per footing bar = Total Length of footing bar =
No. of Bar per Footing = 6 pieces Total Length of bar per footing =
Total Length of bars for 7 footings =
Total Length of Side Footing Bars
No. of Bars required:; say
Central Footing-3for Rectangular Column
Length of footing bar = Plus:Mild Steel Hook Allowance = Allowance per footing bar = Total Length of footing bar =
No. of Bar per Footing = 7 pieces Total Length of bar per footing =
Total Length of bars for 2 footings =
Total Length of Side Footing Bars
No. of Bars required:; say
Central Footing-4for Rectangular Column
Length of footing bar = Plus:Mild Steel Hook Allowance = Allowance per footing bar = Total Length of footing bar =
No. of Bar per Footing = 8 piecesTotal Length of bar per footing =
Total Length of bars for 2 footings =
Total Length of Side Footing Bars
No. of Bars required:; say
Cen/Can Footing-5for Rectangular Column
Length of footing bar = Plus:Mild Steel Hook Allowance = Allowance per footing bar = Total Length of footing bar =
No. of Bar per Footing = 3 piecesTotal Length of bar per footing =
Total Length of bars for 16footings =
Total Length of Side Footing Bars
No. of Bars required:; say
Cantilever Footing-6for Rectangular Column
Length of footing bar = Plus:Mild Steel Hook Allowance = Allowance per footing bar = Total Length of footing bar =
No. of Bar per Footing = 4 pieces Total Length of bar per footing =
Total Length of bars for 4 footings =
Total Length of Side Footing Bars
No. of Bars required:; say
CantileverFooting-7 for Rectangular Column
Length of footing bar = Plus:Mild Steel Hook Allowance = Allowance per footing bar = Total Length of footing bar =
No. of Bar per Footing = 5 pieces Total Length of bar per footing =
Total Length of bars for 2 footings =
Total Length of Side Footing Bars
No. of Bars required:; say
Combined Footing-1 for Rectangular Column
Length of footing bar S = Plus:Mild Steel Hook Allowance = Allowance per footing bar S = Total Length of footing bar S =
No. of Bar S per Footing = 6 pieces Total Length of bar S per footing =
Length per footing bar L = Plus:Mild Steel Hook Allowance = Allowance per footing bar L = Total Length per footing bar L =
No. of bar L per footing = 10 pieces Total Length of bar S per footing =
Total Length of Side Footing Bars
No. of Bars required:
10
21
8
10
15
8
5
6
Column BarsRectangular Column Bars -1
Length of vertical bar =
Plus:Mild Steel Bend Allowance = Allowance per vertical bar = Total Length of vertical bar =
No. of vertical bar per column = 5pieces Total Length of vertical bar per column =
No. of Rectangular Column = 10 sets Total Length of Vertical Bars =
No. of Bars required:
Length of vertical bar =
Plus:Mild Steel Bend Allowance = Allowance per vertical bar = Total Length of vertical bar =
No. of vertical bar per column = 6 pieces Total Length of vertical bar per column =
No. of Bars required:
Rectangular Column Bars -2
Length of vertical bar =
Plus:Mild Steel Bend Allowance = Allowance per vertical bar =
Total Length of vertical bar =
No. of vertical bar per column = 8 pieces Total Length of vertical bar per column =
No. of Rectangular Column = 5 sets Total Length of Vertical Bars =
No. of Bars required:
Length of vertical bar =
Plus:Mild Steel Bend Allowance = Allowance per vertical bar = Total Length of vertical bar =
No. of vertical bar per column = 8 pieces Total Length of vertical bar per column = No. of Rectangular Column = 2 sets Total Length of Vertical Bars =
No. of Bars required:
Length of vertical bar =
Plus:Mild Steel Bend Allowance = Allowance per vertical bar = Total Length of vertical bar =
No. of vertical bar per column = 8 pieces Total Length of vertical bar per column = No. of Rectangular Column = 2 sets Total Length of Vertical Bars =
No. of Bars required:
Rectangular Column Bars -3
Length of vertical bar =
Plus:Mild Steel Bend Allowance = Allowance per vertical bar = Total Length of vertical bar =
No. of vertical bar per column = 10 pieces Total Length of vertical bar per column =
No. of Bars required:
Planted Column-1
Length of vertical bar =
Plus:Mild Steel Bend Allowance = Allowance per vertical bar = Total Length of vertical bar =
No. of vertical bar per column = 8 pieces Total Length of vertical bar per column =
No. of Rectangular Column = 5 sets Total Length of Vertical Bars =
No. of Bars required:; say
SC-1Length of vertical bar =
Plus:Mild Steel Bend Allowance = Allowance per vertical bar = Total Length of vertical bar =
No. of vertical bar per column = 4 pieces Total Length of vertical bar per column =
No. of Rectangular Column = 16 sets Total Length of Vertical Bars =
No. of Bars required:; say
--------------------------------------------
Column Ties / Lateral TiesAll Column Ties per set should be spaced, 1 @ 0.05 m; 10 @ 0.10 m; Rest @ 0.20 m O.C.
Length of column tie = Plus:Mild Steel Hook Allowance = Allowance per column tie = Total Length of column tie =
Rectangular Columnfrom Foundation to Second Floor Beam
No. of column tie per column = 46 pieces Total Length of column ties per column =
No. of Rectangular Column = 21 sets Total Length of Column Ties =
No. of Bars required:
Rectangular Columnfrom Second Floor to Roof Slab
No. of column tie per column = 15 pieces Total Length of column ties per column =
No. of Rectangular Column = 16 setsLength of column ties for 15 columns = Plus:11 pieces of column ties for 8 sets of column = Total Length of Column Ties =
No. of Bars required:
168
58
80
7
53
19
13
14
21
24
Beam BarsGB-1Ground Floor BeamsLength of Ground Floor Beam = 14.086 m
No. of horizontal top bar per beam = 2 piecesNo. of horizontal bottom bar per beam = 2 piecesLength of horizontal bars = Plus:Mild Steel Bend Allowance = No. of ground floor beam = 4 setsLength of bend allowance =
Total Length of Footing Tie Beam Bars =
No. of Bars required:
No. of web bars per beam = 2 piecesLength of web bars = 2 x 14.086= 28.172 Plus:Mild Steel Bend Allowance = No. of ground floor beam = 4 setsLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
GB-2Ground Floor BeamsLength of Ground Floor Beam = 27.138 m
No. of horizontal top bar per beam = 5 piecesNo. of horizontal bottom bar per beam = 5 piecesLength of horizontal bars = Plus:Mild Steel Bend Allowance = No. of ground floor beam = 8 setsLength of bend allowance =
Total Length of Footing Tie Beam Bars =
No. of Bars required:
No. of web bars per beam = 2 piecesLength of web bars = 2 x 27.138= 54.276 Plus:Mild Steel Bend Allowance = No. of ground floor beam = 8 setsLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
GB-3Ground Floor BeamsLength of Ground Floor Beam = 33.536 m
No. of horizontal top bar per beam = 3 piecesNo. of horizontal bottom bar per beam = 3 piecesLength of horizontal bars = Plus:Mild Steel Bend Allowance = No. of ground floor beam = 9 setsLength of bend allowance =
Total Length of Footing Tie Beam Bars =
No. of Bars required:
No. of web bars per beam = 2 piecesLength of web bars = 2 x 33.536 = 67.072Plus:Mild Steel Bend Allowance = No. of ground floor beam = 9 setsLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
2B-1Second Floor Concrete BeamTotal Length of 2B1 =
No. of horizontal top bar per beam = 2 piecesNo. of horizontal bottom bar per beam = 2 piecesLength of horizontal bars = Plus:Mild Steel Bend Allowance = No. of 2B1 beam = 16 setsLength of bend allowance = Total Length of Horizontal Bars =
No. of Bars required:
No. of web bars per beam = 4 piecesLength of web bars = 4 x 40.69 = 162.76Plus:Mild Steel Bend Allowance = No. of second floor beam = 16 setsLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
2B-2Second Floor Concrete BeamLength of 2B2 =
No. of horizontal top bar per beam = 2 piecesNo. of horizontal bottom bar per beam = 2 piecesLength of Horizontal Bars = Plus:Mild Steel Bend Allowance = No. of 2B2 beam = 14 setsLength of bend allowance = Total Length of Horizontal Bars =
Length of left and right support bar = No. of left and right support bar = 2 piecesLength of left and right support bar = Plus:Mild Steel Bend Allowance = No. of 2B2 beam = 14 setsLength of bend allowance = Total Length of Left and Right Support Bar =
Total Length of 2B2 Bars =
No. of Bars required:
No. of web bars per beam = 2 piecesLength of web bars = 2 x 46.01 = 92.02Plus:Mild Steel Bend Allowance = No. of second floor beam = 14 setsLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
2B-3Second Floor Concrete BeamTotal Length of 2B3 =
No. of horizontal top bar per beam = 2 piecesNo. of horizontal bottom bar per beam = 3 piecesLength of Horizontal Bars = Plus:Mild Steel Bend Allowance = No. of 2B3 beam = 2 setsLength of bend allowance = Total Length of Horizontal Bars =
Length of left and right support bar = No. of left and right support bar =3 piecesLength of left and right support bar = Plus:Mild Steel Bend Allowance = No. of 2B3 beam = 2 setsLength of bend allowance = Total Length of Left and Right Support Bar =
Total Length of 2B-3 Bars =
No. of Bars required:
No. of web bars per beam = 4 piecesLength of web bars = 4 x 8.998 = 35.992Plus:Mild Steel Bend Allowance = No. of second floor beam = 14 setsLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
2B-4Second Floor Concrete BeamTotal Length of 2B4 =
No. of horizontal top bar per beam = 3 piecesNo. of horizontal bottom bar per beam = 3 piecesLength of horizontal bars = Plus:Mild Steel Bend Allowance = No. of 2B1 beam = 1 setLength of bend allowance = Total Length of Horizontal Bars =
Length of left and right support bar = No. of left and right support bar =2 piecesLength of left and right support bar = Plus:Mild Steel Bend Allowance = No. of 2B4 beam = 1 setLength of bend allowance = Total Length of Left and Right Support Bar =
Total Length of 2B-4 Bars =
No. of Bars required:
No. of web bars per beam = 2 piecesLength of web bars = 2 x 4.434 = 8.868Plus:Mild Steel Bend Allowance = No. of second floor beam = 1 setLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
2B-5Second Floor Concrete BeamTotal Length of 2B5 =
No. of horizontal top bar per beam = 3 piecesNo. of horizontal bottom bar per beam = 2 piecesLength of horizontal bars = Plus:Mild Steel Bend Allowance = No. of 2B1 beam = 3 setsLength of bend allowance = Total Length of Horizontal Bars =
Length of left and right support bar = Plus:Mild Steel Bend Allowance = No. of 2B5 beam = 1 setLength of bend allowance = Total Length of Left and Right Support Bar =
Total Length of 2B-4 Bars =
No. of Bars required:
No. of web bars per beam = 4 piecesLength of web bars = 4 x 9.466 = 37.864Plus:Mild Steel Bend Allowance = No. of second floor beam = 1 setLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
2CB-1Second Floor Concrete BeamTotal Length of 2B1 =
No. of horizontal top bar per beam = 3 piecesNo. of horizontal bottom bar per beam = 2 piecesLength of horizontal bars = Plus:Mild Steel Bend Allowance = No. of 2B1 beam = 4 setsLength of bend allowance =
Total Length of Horizontal Bars =
No. of Bars required:
No. of web bars per beam = 4 piecesLength of web bars = 4 x 8.82 = 35.28Plus:Mild Steel Bend Allowance = No. of second floor beam = 4 setsLength of bend allowance =
Total Length of Web Beam Bars = No. of Bars required:
RB-1Roof BeamTotal Length of RB-1 =
No. of horizontal top bar per beam = 2 piecesNo. of horizontal bottom bar per beam = 2 piecesLength of Horizontal Bars =
Plus:Mild Steel Bend Allowance = No. of UDB1 beam = 22 setsLength of bend allowance = Total Length of Horizontal Bars =
No. of Bars required:
No. of web bars per beam = 2 piecesLength of web bars = 2 x 79.749 = 159.498Plus:Mild Steel Bend Allowance = No. of roof beam = 2 setsLength of bend allowance =
Total Length of Web Beam Bars =
No. of Bars required:
RCBRoof BeamTotal Length of RCB =
No. of horizontal top bar per beam = 6 piecesNo. of horizontal bottom bar per beam = 3 piecesLength of Horizontal Bars = Plus:Mild Steel Bend Allowance = No. of UDB2 beam = 4 setsLength of bend allowance = Total Length of Horizontal Bars =
No. of Bars required:
No. of web bars per beam = 2 piecesLength of web bars = 2 x 8.5 = 17Plus:Mild Steel Bend Allowance = No. of roof beam = 4 setsLength of bend allowance =
Total Length of Web Beam Bars =
No. of Bars required:
SBStair BeamTotal Length of Stair Beam =
No. of horizontal top bar per beam = 3 piecesNo. of horizontal bottom bar per beam = 3 piecesLength of Horizontal Bars = Plus:Mild Steel Bend Allowance = No. of UDB2 beam = 2 setsLength of bend allowance = Total Length of Horizontal Bars =
No. of Bars required:
No. of web bars per beam = 4 piecesLength of web bars = 4 x 4 = 16Plus:Mild Steel Bend Allowance =
No. of roof beam = 2 setsLength of bend allowance =
Total Length of Web Beam Bars =
No. of Bars required:
--------------------------------------------Stirrups / Beam TiesAll Stirrups per set should be spaced, 1 @ 0.05 m; 10 @ 0.10 m; Rest @ 0.20 m O.C.
Length of stirrups =
Plus:Mild Steel Hook Allowance = Allowance per column tie = Total Length of column tie =
For GB-1Ground Floor Beam
No. of stirrups = 117 pieces Total Length of Stirrups =
No. of Bars required:
For GB-2Ground Floor BeamNo. of stirrups = 228 pieces Total Length of Stirrups =
No. of Bars required:
For GB-3Ground Floor BeamNo. of stirrups = 272 piecesTotal Length of Stirrups =
No. of Bars required:
For 2B-1Second Floor Concrete Beam
No. of stirrups = 388 pieces Total Length of Stirrups =
No. of Bars required:
For 2B-2Second Floor Concrete Beam
No. of stirrups = 391 pieces Total Length of Stirrups =
No. of Bars required:
For 2B-3Second Floor Concrete Beam
No. of stirrups = 68 pieces Total Length of Stirrups =
No. of Bars required:
For 2B-4Second Floor Concrete Beam
No. of stirrups = 34 pieces Total Length of Stirrups =
No. of Bars required:
For 2B-5Second Floor Concrete Beam
No. of stirrups = 82 pieces Total Length of Stirrups =
No. of Bars required:
For 2CB-1Second Floor Concrete Beam
No. of stirrups = 90 pieces Total Length of Stirrups =
No. of Bars required:
For SBStair Beam
No. of stirrups = 33 pieces Total Length of Stirrups =
No. of Bars required:
For RB-1Roof Beam
No. of stirrups = 652 pieces Total Length of Stirrups =
No. of Bars required:
For RCBRoof Beam
No. of stirrups = 88 pieces Total Length of Stirrups =
No. of Bars required:
27
53
63
90
90
16
8
19
21
8
147
21
5
10
12
29
17
7
2
7
7
27
3
3
5
47
35
29
37
11
6
10
8
56
14
5
Reinforced Bars on CHB Wall Footing
Exterior Wall FootingTotal Length of Exterior Wall Footing =
For longitudinal bars at 0.30 m on center:
No. of Bars required:
For transverse bars at 0.30 m on center:No. of transverse bars = 208 pieces
No. of Bars required:
Interior Wall FootingTotal Length of Interior Wall Footing =
For longitudinal bars at 0.30 m on center:
No. of Bars required:
For transverse bars at 0.30 m on center:No. of transverse bars = 93 pieces
No. of Bars required:
32
14
14
7
Reinforced Bars on CHB Wall
Exterior Wall from Footing to Second FloorArea of Wall = 62.35 x 3.4 = 211.99m2Less: Door: 2(2.1 x 0.9) = 3.782(2.3 x 1.8) = 8.284(2.1 x 0.8) = 6.72 Window: 1.2 x 1.6 =1.92 1.2 x 1.1=1.32 4(1.2 x 0.8)=3.84 4(1.8 x 0.35)=2.522(1.3 x 0.65) =1.69 2(2.1 x 0.6)=2.52 2(0.9 x 1.1)=1.98 6(0.55 x 0.5)=1.65
Net CHB Wall Area =
Under vertical reinforcement spaced at 0.60m:
Under horizontal reinforcement at every 3 layers:
No. of Bars required:
Exterior Wall from Second Floor to Roof BeamArea of Wall = Less: Door: 2(2.3 x 2.3)=10.58 Window: 2(2.75 x 2.0)=11 6(1.3 x 1.9)=14.82 2(1.1 x 0.9)=1.98 4(0.55 x 0.5)=1.1
Net CHB Wall Area =
Under vertical reinforcement spaced at 0.60m:
Under horizontal reinforcement at every 3 layers:
No. of Bars required:
Interior Wall on First FloorArea of Wall = Less: Door: Net CHB Wall Area =
Under vertical reinforcement spaced at 0.60m:
Under horizontal reinforcement at every 3 layers:
No. of Bars required:
Interior Wall on Second FloorArea of Wall = Less: Door:
Net CHB Wall Area =
Under vertical reinforcement spaced at 0.60m:
Under horizontal reinforcement at every 3 layers:
No. of Bars required:
126
102
64
79
TOTAL7891261015
Lumber
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALSCOMPUTATION SHEET
Item To Be EstimatedCalculationsMaterials And Estimated Quantities Required
6mm THK Plywood12mm THK Plywood2 by 2 Lumber2 by 3 Lumber
Ceiling JoistFirst Floor CeilingFirst Floor Area = 164.25 m2Less: Stairwell Area = Total First Floor Ceiling Area =
Under 2 by 2 ceiling joist at 0.40 m by 0.40 m spacing : ; say
Second Floor CeilingSecond Floor Area = Less: Interior Wall Area = Total First Floor Ceiling Area =
Under 2 by 2 ceiling joist at 0.40 m by 0.40 m spacing :; say
965
798
Ceiling BoardFirst Floor CeilingFirst Floor Area = 164.25 m2Less: Stairwell Area = Total First Floor Ceiling Area =
No. of Plywood required:
; saySecond Floor CeilingSecond Floor Area = Less: Interior Wall Area = Total First Floor Ceiling Area =
No. of Plywood required:
53
44
Forms for Rectangular ColumnRectangular Column 1,2 & 3
Area of the Forms 1.4Total Area for 16 columns
No. of Plywood required:
Under Column using 6 mm thick plywood on 2 by 2 wood frame: ; say
Rectangular Column 2
Area of the Forms 1.4Total Area for 2 columns
No. of Plywood required:
Rectangular Column 1 & 2
Under Column using 6 mm thick plywood on 2 by 2 wood frame: ; say
Area of the Forms 1.4Total Area for 3 columns
No. of Plywood required:
Under Column using 6 mm thick plywood on 2 by 2 wood frame: ; say
62
8
10
1840
238
297
Forms for Beam and GirderP = P = P =
Total Length of Beams = Total Area of the beams
No. of Plywood required:
Under Beam using 6 mm thick plywood on 2 by 2 wood frame: ; say
129
3828
Forms for Concrete SlabTotal Area of Concrete Slab =
No. of Plywood required:
104
Scaffolding for ColumnLength of Column = Total Length for 11 columns
Length of Column = Total Length for 2 columns
Length of Column = Total Length for 3 columns
Length of Column =Total Length for 2 columns
Net Length = 132.2
Under Column using 2 by 3 lumber for vertical support: ; say
Under Column using 2 by 2 lumber for horizontal support: ; say
Under Column using 2 by 2 lumber for diagonal braces: ; say
2777
1547
926
Scaffolding for Beam and GirderTotal Length of Beams =
Under Beam using 2 by 3 lumber for vertical support:; say
Under Beam using 2 by 2 lumber for horizontal support: ; say
1746
2229
Scaffolding for Concrete SlabTotal Area of Concrete Slab = Under Column using 2 by 3 lumber for vertical support:
; say
2724
TOTALS209201140365879
Tile works
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALS COMPUTATION
Item To Be EstimatedCalculationsMaterials And Estimated Quantities Required
0.3 x 0.3 Unglazed Floor tiles0.3 x 0.3Wall tiles0.6 x 0.6Unglazed Floor Tiles
Floor TilesFirst Floor TilesFirst Floor Area = + 40.5320 = 80.87Less: Kitchen Area = 17.05 + 16.9725 = 34.0225 Net First Floor Area =
Under 60 by 60 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
Second Floor TilesSecond Floor Area =
Under 60 by 60 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
150
38
Bedroom Floor TilesBedroom 1 Floor Area = 27.75Bedroom 2 Floor Area = 14.16 + 14.09 = 29.25Masters Bed Floor Area = 20.91 + 21.70 = 42.61 Maids Room = 4.5 + 4.7 = 9.2 Net Bedroom Floor Area =
Under 60 by 60 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
333
Stair Tiles Stair Tread Area = No. of Steps = 19 StepsStair Tread Area for 19 steps = Stair Landing Area = Net Stair Tile Area =
Net Bedroom Floor Area = Plus : 5 % allowance for cutting and edging = Total Stair Tile Area = ; say
Unit A-Masters T&BBathroom Wall TilesWall Area= 2.524 x 2.6 = 6.31 2 x 2.4 = 4.8 2.5 x 2.6 = 6.25 1.5 x 2.4 = 3.6
Less: 0.55 x 0.5=0.275 2.1 x 0.6=1.26
Total Area = 19.425
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
Bathroom Floor TilesFloor Area:4.6942 m2Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
58
238
Unit B-Masters T&BBathroom Wall TilesWall Area: 1.8 x 2.4 x 2 = 8.64 2.55 x 2.6 x 2 =12.75Less: 2.1 x 0.6=1.26 0.55 x 0.5=0.275Total Area = 19.855
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say...
Bathroom Floor TilesFloor Area: 2.55 x 1.8 = 4.59
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
57
243
Unit A-CommonT&BBathroom Wall TilesWall Area: 1.52 x 2.4 = 3.648 2.7 x 2.6 = 7.02 -0.27 = 6.75 1.5 x 2.4 = 3.6 2.5 x 2.6 = 6.5 0.25 = 6.25Less: 0.55 x 0.5=0.275 2.1 x 0.6=1.26Total Area= 18.713
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles = ; say
Bathroom Floor TilesFloor Area: 2.5 x 1.5 = 3.75 0.2 x 1.5 / 2 = 0.15
Under 30 by 30 cm floor tiles:Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
48
229
Unit B-CommonT&B
Bathroom Wall TilesWall Area: 1.5 x 2.4 x 2 = 7.2 2.55 x 2.6 x 2 = 12.15Less: 0.55 x 0.5=0.275 2.1 x 0.6=1.26Total Area= 17.815
Under 30 by 30 cm floor tiles:Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
Bathroom Floor TilesFloor Area: 2.55 x 1.5 = 3.825
Under 30 by 30 cm floor tiles:Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
47
218
Unit A-Ground Flr. T&B
Bathroom Wall TilesWall Area: 1.2 x 2.4 x 2 = 5.76 2.45 x 2. x 2 = 12.0975
Less: 0.55 x 0.5=0.275 2.1 x 0.6=1.26Total Area = 16.3225
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
Bathroom Floor TilesFloor Area: 1.2 x 2.45 = 2.94
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
36
200
Unit B-Ground Flr. T&BBathroom Wall TilesWall Area: 1.2 x 2.4 x 2 = 5.76 2.45 x 2.6 x 2 = 12.22Less: 0.55 x 0.5=0.275 2.1 x 0.6=1.26Total Area = 16.445
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
Bathroom Floor TilesFloor Area: 1.2 x 2.45 = 2.94
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
36
201
Maids T&BBathroom Wall TilesWall Area: 1.35 x 2.5 x 4 = 13.5Less: 0.55 x 0.5=0.275 2.1 x 0.6=1.26
Total Area =11.965
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
Bathroom Floor TilesFloor Area: 1.35 x 1.35 = 1.8225
Under 30 by 30 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles =; say
23
147
Unit A-KitchenKitchen TilesKitchen Area = 0.8395=17.05Less: Island Counter Top = 4.681 m Total Kitchen Tile Area =
Under 60 by 60 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles = ; say
38
Unit B-KitchenKitchen TilesKitchen Area = 4.65 x 3.65 = 16.9725Less: Island Counter Top = 3.844 m Total Kitchen Tile Area =
Under 60 by 60 cm floor tiles:
Plus : 10 % allowance for cutting and edging = Total No. of Tiles = ; say
41
TOTAL:3051276600
BILL OF MATERIALS COMPUTATION SHEET
Item to be EstimatedCalculationMaterials And Estimated Quantities Required
Cement(bags)White Cement(kg)Tile Adhesive(bags)
Kitchen Tiles
Kitchen Area of Unit A= 0.8395=17.05Less: Island Counter Top = 4.681 m Total Kitchen Tile Area = Kitchen Area of Unit B= 4.65 x 3.65 = 16.9725Less: Island Counter Top = 3.844 m Total Kitchen Tile Area =
Total Area of Kitchen = 25.5
Under 60 by 60 cm floor tiles: ; say ; say ; say
3
13.0
3
Bathroom TilesBathroom Wall Area Unit A-Masters T&B= 19.425m2Unit B-Masters T&B= 19.855m2Unit A-Common T&B = 18.713m2Unit B-Common T&B = 17.815m2Unit A-Ground Flr. T&B= 16.3225m2Unit B-Ground Flr. T&B= 16.445m2Maids T&B=11.965 m2 Total Bathroom Tile Area =
Under 30 by 30 cm floor tiles: ; say ; say ; say
Bathroom Floor Area Unit A-Masters T&B= Unit B-Masters T&B= 4.59 m2 Unit A-Common T&B = 3.9m2 Unit B-Common T&B = 3.825m2Unit A-Ground Flr. T&B= 2.94m2 Unit B-Ground Flr. T&B= 2.94m2 Maids T&B=1.8225m2 Total Bathroom Tile Area =
Under 30 by 30 cm floor tiles: ; say ; say ; say
11
60.5
14
Floor TilesFirst Floor TilesFirst Floor Area = + 40.5320 = 80.87Less: Kitchen Area = 17.05 + 16.9725 = 34.0225 Net First Floor Area =
Under 60 by 60 cm floor tiles: ; say ; say ; say
Second Floor TilesSecond Floor Area =
Under 60 by 60 cm floor tiles: ; say ; say; say
5
1
24.5
6.5
6
2
Bedroom Floor TilesBedroom 1 Floor Area = 27.75Bedroom 2 Floor Area = 14.16 + 14.09 = 29.25Masters Bed Floor Area = 20.91 + 21.70 = 42.61 Maids Room = 4.5 + 4.7 = 9.2 Net Bedroom Floor Area =
Under 60 by 60 cm floor tiles: ; say ; say; say
10
54.5
12
TOTAL:30159.037
BILL OF MATERIALSCOMPUTATION SHEET
Item To Be EstimatedCalculationsMaterials And Estimated Quantities Required
Wood Glue(gallons)Polymer Liquid(gallons)Hardener(quarts)Calsomine Powder(kg)
Floor TilesFirst Floor TilesFirst Floor Area = + 40.5320 = 80.87Less: Kitchen Area = 17.05 + 16.9725 = 34.0225 Net First Floor Area =
Under 60 by 60 cm floor tiles: ; say ; say ; say
Second Floor TilesSecond Floor Area =
Under 60 by 60 cm floor tiles: ; say ; say; say
2
1
2
1
3
1
Bedroom Floor TilesBedroom 1 Floor Area = 27.75Bedroom 2 Floor Area = 14.16 + 14.09 = 29.25Masters Bed Floor Area = 20.91 + 21.70 = 42.61 Maids Room = 4.5 + 4.7 = 9.2 Net Bedroom Floor Area =
No. of Wood Glue required: ; say
18
Stair TilesStair Tread Area = No. of Steps =19 StepsStair Tread Area for 22 steps =
Stair Landing Area = Total Stair Tile Area =
No. of Wood Glue required: ; say
2
TOTALS20334
Paint
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALSCOMPUTATION SHEET
Item to be EstimatedCalculationsMaterials And Estimated Quantities Required
Concrete Primer Sealer(gallons)Acrylic Gloss Latex Paint(gallons)Concrete Neutralizer(quarts)
Exterior PaintFirst Floor Exterior WallSurface Perimeter = Surface Area = 62.35 x 3.3 = 205.755m2Less: Door: 2(2.1 x 0.9) = 3.782(2.3 x 1.8) = 8.284(2.1 x 0.8) = 6.72 Window: 1.2 x 1.6 =1.92 1.2 x 1.1=1.32 4(1.2 x 0.8)=3.84 4(1.8 x 0.35)=2.522(1.3 x 0.65) =1.69 2(2.1 x 0.6)=2.52 2(0.9 x 1.1)=1.98 6(0.55 x 0.5)=1.65
Net Wall Area =
Under area coverage of 40 sq. m. per gallon:
For Primer Paint:; say
For Final Coating:; say
For Concrete Neutralizer:; say
* One quart of neutralizer is mixed with 2- gallons of water
; say
Second Floor Exterior WallSurface Perimeter = Surface Area = = Less: Door: 2(2.3 x 2.3)=10.58 Window: 2(2.75 x 2.0)=11
6(1.3 x 1.9)=14.82 2(1.1 x 0.9)=1.98 4(0.55 x 0.5)=1.1
Net Wall Area =
Under area coverage of 40 sq. m. per gallon:
For Primer Paint:; say
For Final Coating:; say
For Concrete Neutralizer:; say
* One quart of neutralizer is mixed with 2- gallons of water
; say
5
4
5
4
2.0
2.0
Interior PaintInterior Wall on First FloorTotal Surface Perimeter = Surface Area = Less: Door: 2(2.1 x 0.9) = 3.782(2.3 x 1.8) = 8.284(2.1 x 0.8) = 6.72 Window: 1.2 x 1.6 =1.92 1.2 x 1.1=1.32 4(1.2 x 0.8)=3.84 4(1.8 x 0.35)=2.522(1.3 x 0.65) =1.69 2(2.1 x 0.6)=2.52 2(0.9 x 1.1)=1.98 6(0.55 x 0.5)=1.65
Net Wall Area =
Under area coverage of 40 sq. m. per gallon:
For Primer Paint;; say
For Final Coating;; say
For Concrete Neutralizer;
; say
* One quart of neutralizer is mixed with 2- gallons of water
Interior Wall on Second FloorTotal Surface Perimeter = Surface Area =Less: Door:
2(2.3 x 2.3)=10.58 Window: 2(2.75 x 2.0)=11 6(1.3 x 1.9)=14.82 2(1.1 x 0.9)=1.98 4(0.55 x 0.5)=1.1
Net Wall Area =
Under area coverage of 40 sq. m. per gallon:
For Primer Paint;
For Final Coating;
For Concrete Neutralizer;
* One quart of neutralizer is mixed with 2- gallons of water
7
10
7
10
3
4.0
TOTALS262611
ELECTRICAL
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALSCOMPUTATION SHEET
Item to be EstimatedMaterials RequiredEstimated Quantity
30.00mm2 THHN Copper Wire, 150m4 boxes
8.0mm2 TW Copper Wire, 150m2 box
32 mm RSC Pipe 4 boxes
Lighting Outlet63 pieces
Duplex Convenience Outlet16 pieces
Refrigerator Outlet2 piece
Washing Machine Outlet2 piece
Range Outlet2 piece
Air Conditioning Unit Outlet10 pieces
Weather-proof Outlet4 pieces
Single Pole Switch4 pieces
Duplex Pole Switch14 pieces
Triplex Pole Switch14 pieces
Three-way Switch4 pieces
Fuse Box2 piece
Circuit Breaker30 pieces
Junction Box D.T. 4 x 4108 pieces
Utility Box D.T. 2 x 4150 pieces
Solvent Cement
Electrical Tape50 rolls
PLUMBING
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALSCOMPUTATION SHEET
Item to be EstimatedMaterials RequiredEstimated Quantity
Sanitary LinePVC Pipe 4 , 10 ftLength of Pipe:
No. of Bars required:
; say
32 pieces
Sanitary Tee18 pieces
Elbow28 pieces
1/8 in. Bend Elbow28 pieces
1/8in. Bend Elbow and Wye Combo4 pieces
Sanitary Wye30 pieces
Coupling40 pieces
Clean-out with Plug20 pieces
Solvent Cement30 liters
Water LinePipe in. by 14.00 ftLength of Pipe:
No. of Bars required:
; say
8 pieces
Pipe in. by 14.00 ftLength of Pipe
No. of Bars required:
; say
6 pieces
Elbow in. 6 pieces
Elbow in. 12 pieces
Street Ell8 pieces
PE Adaptor2 piece
Tapped Tee in. 2 piece
Tapped Tee in. 20 pieces
Reducer Ell6 pieces
Reducer Tee10 pieces
Nipple28 pieces
Union4 pieces
Water Meter2 piece
Gate Valve6 pieces
Faucet (Kitchen)2 piece
Faucet (Bathroom)10 pieces
Hose Bibb4 pieces
Septic TankConcrete Hollow Blocks, 100 200 400 mm200 pieces
Concrete Hollow Blocks, 150 200 400 mm520 pieces
Steel Reinforcing Bars, Deformed10 mm 28 pieces
Cement64 bags
Sand6.4 cu.m.
Gravel1.80cu.m.
Catch BasinPVC Pipe 6 in. , 10 ftLength of Pipe
No. of Bars required:
; say
17 pieces
Concrete Hollow Blocks, 100 200 400 mm240 pieces
Steel Reinforcing Bars, Deformed10 mm 6 pieces
Cement30 bags
Sand1.80 cu.m.
Gravel2.40 cu.m
Fixtures and AccessoriesWater Closet8 pieces
Bathtub2 pieces
Lavatory6 pieces
Kitchen Sink2 piece
Laundry Tray2 piece
Soap Holder6 pieces
Toilet Paper Holder6 pieces
Towel Holder6 pieces
Shower Head6 pieces
Floor Drain8 pieces
MiscellaneousTeflon Tape40 rolls
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
BILL OF MATERIALS COMPUTATION SHEET
Item to be EstimatedComputationEstimated Quantity
Excavation for Rectangular FootingCentral Footing-1 for Rectangular ColumnExcavation vol./footing = 1.2 x 1.2 x 1.2 = 1.728 m3No. of Side Footing = 4 setsTotal Excavation Volume =
Central Footing-2 for Rectangular ColumnExcavation vol./footing = 1.3 x 1.3 x 1.2 = 2.028m3No. of Side Footing = 7 setsTotal Excavation Volume =
Central Footing-3 for Rectangular ColumnExcavation vol./footing = 1.4 x 1.4 x 1.2 = 2.352 m3No. of Side Footing = 2 setsTotal Excavation Volume =
Central Footing-4 for Rectangular ColumnExcavation vol./footing = 1.55 x 1.55 x 1.2 = 2.883m3No. of Side Footing = 2 setsTotal Excavation Volume =
Cen/Can Footing-5 for Rectangular ColumnExcavation vol./footing = 0.6 x 0.6 x 1.2 = 0.432m3No. of Side Footing = 16 setsTotal Excavation Volume =
Cantilever Footing-6 for Rectangular ColumnExcavation vol./footing = 1.05 x 1.05 x 1.2 = 1.323m3No. of Side Footing = 4 setsTotal Excavation Volume =
Cantilever Footing-7 for Rectangular ColumnExcavation vol./footing = 1.15 x 1.15 x 1.2 = 1.587m3No. of Side Footing = 2 setsTotal Excavation Volume =
Combined Footing-1 for Rectangular ColumnExcavation vol./footing = 1.35 x 2.05 x 1.2 = 3.321m3No. of Side Footing = 1 setsTotal Excavation Volume =
Excavation for Wall FootingExterior Wall FootingTotal Length of Exterior Wall Footing = Total Excavation Volume =
Interior Wall FootingTotal Length of Interior Wall Footing = Total Excavation Volume =
Excavation for Septic TankExcavationVolume of Septic Tank
Backfill and Compaction for Rectangular FootingF-1Side Footing for Rectangular ColumnBackfill and Compactionvolume per footing =
No. of Side Footing = 4 setsTotal Backfill and Compaction Volume =
F-2Center Footing for Rectangular ColumnBackfill and Compaction volume per footing = No. of Side Footing = 8 setsTotal Backfill and Compaction Volume =
Backfill and Compaction for Wall FootingExterior Wall FootingTotal Length of Exterior Wall Footing = Total Excavation Volume =
Interior Wall FootingTotal Length of Interior Wall Footing = Total Excavation Volume =
Gravel FillVolume of Gravel = 164.25 x 0.1 = 16.425
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITYBILL OF MATERIALS
Description of MaterialsQuantityUnitUnit CostTotal Cost
1. MOBILIZATION
MobilizationLayout and StakingSite ClearingTemporary Facility/Warehouse/Bunkhouse
2. EXCAVATION
ExcavationBackfill and CompactionSoil PoisoningGravel Fill
3. CONCRETE WORKS
Republic Portland Cement, LafargeVibro Washed SandGravel or Crushed Stone
4. STEEL WORKS
Steel Reinforcing Bars, Deformed 10 mm by 6.00 meters 12 mm by 6.00 meters 16 mm by 6.00 metersG.I. Tie Wire No. 16
5. MASONRY WORKS
Concrete Hollow Blocks150 200 400 mm200 200 400 mmRepublic Portland Cement, LafargeVibro Washed SandGravel or Crushed StoneG.I. Tie Wire No. 16
6. FORMS AND SCAFFOLDING
Form and Scaffolding Lumber 2 212 2 312
Waterproof Plywood
1/4 48 1/2 48G.I. Tie Wire No. 16
7. PLUMBING WORKS
A. Sanitary Line PVC Pipe 4 in. by 10.00 ft Sanitary Tee Elbow 1/8 in. Bend Elbow 1/8 in. Bend Elbow and Wye Combo Sanitary Wye Coupling Clean-out with Plug Solvent Cement
B. Water Line Pipe in. by 14.00 ft Pipe in. by 14.00 ft Elbow in. Elbow in. Street Ell PE Adaptor Tapped Tee in. Tapped Tee in. Reducer Ell Reducer Tee Nipple Union Water Meter Gate Valve Faucet (Kitchen) Faucet (Bathroom) Hose Bibb
C. Septic Tank Concrete Hollow Blocks, 100 200 400 mm Concrete Hollow Blocks, 150 200 400 mm Steel Reinforcing Bars, Deformed 10 mm Republic Portland Cement, LafargeVibro Washed SandGravel or Crushed Stone
D. Catch Basin PVC Pipe 6 in. by 10.00 ftConcrete Hollow Blocks, 100 200 400 mm Steel Reinforcing Bars, Deformed10 mm Republic Portland Cement, LafargeVibro Washed Sand
Gravel or Crushed Stone
E. Plumbing Fixtures and Accessories
Water Closet Lavatory Kitchen Sink Laundry Tray Soap and Paper HolderTowel Holder Shower Head Floor Drain Bathtub
Teflon Tape
8. ELECTRICAL WORKS
THHN Copper Wire, 150m TW Copper Wire, 150m 32 mm RSC Pipe Lighting Outlet Duplex Convenience Outlet Refrigerator Outlet Washing Machine Outlet Range Outlet Air Conditioning Unit Outlet Weather-proof Outlet Single Pole Switch Duplex Pole Switch Triplex Pole Switch Three-way Switch Fuse Box Circuit Breaker Junction Box D.T.,4 x 4 Utility Box D.T., 2 x 4 Electrical Tape
9. TILEWORKS
Unglazed TilesWood TilesUnglazed Floor TilesGlazed Wall TilesRepublic Portland Cement, LafargeWhite CementTile AdhesiveWood GluePolymer LiquidHardenerCalsomine Powder
10. PAINTING WORKS
A. Concrete Surfaces
Concrete Primer SealerAcrylic Semi-Gloss Latex PaintConcrete Neutralizer Latex PuttyAcrylic Tinting Colors, Brown Clear Gloss LacquerDead Flat LacquerLacquer Primer SurfacesLacquer Thinner
B. Wood SurfacesInterior Wood Primer and SealerQuick Dry EnamelOil Tinting ColorsPaint Thinner
Sand PapersCleaning Rags
11. FINISHING
A. CeilingCeiling Joist, Hangers and Stud, 2 212Ceiling Boards, 48
B. DoorsTangiblePanel Door, Sliding Glass Door 2.3 x 2.3 mSliding Glass Door 2.3 x 1.8 mTangible Panel Door, Tangible Panel Door, Tangible Panel Door,
Loose Pin Hinges, Loose Pin Hinges, Door Lock
C. WindowsSliding Glass on Analok Frame 1.2 x 1.6 mSliding Glass on Analok Frame 1.2 x 1.1 mAwning Glass on Analok Frame 2.75 x 2.0 mSliding Glass on Analok Frame 1.3 x 1.9 mSliding Glass on Analok Frame 1.1 x 0.9 mSliding Glass on Analok Frame 1.2 x 0.8 mFixed Glass on Analok Frame 1.8 x 3.5 mSliding Glass on Analok Frame 1.3 x 0.65 mFixed Glass on Analok Frame 2.1 x 0.6 m
Sliding Glass on Analok Frame 0.9 x 1.1 mAwning Glass on Analok Frame 0.55 x 0.5 m
12. MISCELLANEOUS MATERIALS
A. HardwareCommon Wire Nails 50 mm (2) 75 mm (3) 100 mm (4) 125 mm (5)
Finishing Nails 31 mm (1-1/4) 50 mm (2) 63 mm (2-1/2)Concrete Nails
13. DEMOBILIZATION
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20052028646.41.8
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25,760.002,160.002,380.001,176.00
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100.00
597,350.00
10,000.0048,000.0048,000.0030,000.0010,000.0040,000.00
4794
112001120024000672002240022400120002240012000
2240089600
PROJECT TITLE: TROPICAL SEMI-ATTACHED RESIDENCEOWNER/S: MR. & MRS DANILO REYESLOCATION: SOUTHERN YEMEN ST. BETTER LIVING SUBDIVISION, PARANAQUE CITY
SUMMARY COST ESTIMATES FOR MATERIALS, LABOR COST AND OTHER CONSTRUCTION EXPENSES
A. ESTIMATED COST OF MATERIALS (From the Bill of Materials)
1. Mobilization2. Excavation3. Concrete Works4. Steel Works5. Masonry Works6. Forms and Scaffolding7. Plumbing Works8. Electrical Works9. Tileworks10. Painting Works11. Finishing12. Miscellaneous Materials13. Demobilization
B. ESTIMATED COST OF LABOR (Including Supervision Fees)
C. ESTIMATED COST OF EQUIPMENT
ESTIMATED TOTAL DIRECT COST
The above items comprise the estimated expenses for materials and labor applied directly in the construction of the building. If the work would be undertaken by a contractor, the indirect costs shown below should also be taken into account in projecting the total funding required for the completion of the project.
D. CONTRACTORS PROFIT (Including Overhead)
E. CONTRACTORS TAX
ESTIMATED TOTAL INDIRECT COST
TOTAL ESTIMATED PROJECT COST
Prepared By:Approved:
MAGO, MONIQUE O.ENGR. MARJUN B. MACASILHIG BSCE-3C INSTRUCTOR