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19:23:18 document.xls 1-Sec - Rev 0
DESIGN CALCULATION SHEET
Project No. Date
17-Apr-23
Sheet No. Computed by
of -- A. Hashem
SubjectChecked by Approved by
_ _Building
DESIGN OF SINGLY REINFORCED SECTION ACCORDING TO ACI 318 SECTION ID Slabs
Designing a b eamDimensions and Moment Materials
= 220 m. t = 4200
Breadth of Section (b) = 40 Cm 300
Thickness of section (t) = 120 Cm = 375
concrete clear cover (dc) = 5 Cm
Depth of Section (d) = 110 Cm = 0.850
= 0.33% r = 1.35% = 0.437
f 8 10 12 16 20 22 25 28 30 32
n 119 76 53 30 19 16 13 10 9 8 = 59.55
EQUATIONS AND NOTATIONS
= 0.80 *
r = <= steel ratio at balanced strain condition, CLAUSE 10.3.2
minimum steel ratio, CLAUSE 10.5
= factor defined in CLAUSE 10.2.7.3
Ultimate Moment (MU) Steel Yield Stress (fY) Kg/Cm2
Concrete Cylinder Strength (f 'C) = Kg/Cm2
Concrete Cube Strength (fCU) Kg/Cm2
b1
rmin rb
AS Cm2
Concrete Cylinder Strength (f 'C) Concrete Cube Strength (fCU)
(As / b d) 0.75 rb rb :
rmin :
b1
19:23:18 document.xls 2-Sec - Rev 0
DESIGN CALCULATION SHEET
Project No. Date
AN9766 17-Apr-23
Sheet No. Computed by
of --
Subject Foundation DesignChecked by Approved by
_ _Building Ground Water Tank (Second Option)
DESIGN OF SINGLY REINFORCED SECTION ACCORDING TO ACI 318 SECTION ID Bottom Mesh
Designing a s lab or FootingDimensions and Moment Materials
= 10 m. t = 4000
Breadth of Section (b) = 100 Cm 240
Thickness of section (t) = 60 Cm = 300
concrete clear cover (dc) = 4 Cm
Depth of Section (d) = 50 Cm = 0.850
= 0.20% r = 0.20% = 0.042 R1
f 8 10 12 16 20 22 25 28 30 32
n 20 13 9 5 4 3 3 2 2 2 = 10.00
SECTION ID Bottom MeshDesigning a s lab or Footing
Dimensions and Moment Materials= 12.00 m. t = 4000
Breadth of Section (b) = 20.00 Cm 240
Thickness of section (t) = 70.00 Cm = 300
concrete clear cover (dc) = 4.00 Cm
Depth of Section (d) = 65.00 Cm = 0.850
= 0.20% r = 0.41% = 0.155 R1
f 8 10 12 16 20 22 25 28 30 32
n 20 13 9 5 4 3 3 2 2 2 = 5.34
EQUATIONS AND NOTATIONS
= 0.80 *
r = <= steel ratio at balanced strain condition, CLAUSE 10.3.2
shrinkage and temperature steel ratio, CLAUSE 7.12
= factor defined in CLAUSE 10.2.7.3
Ultimate Moment (MU) Steel Yield Stress (fY) Kg/Cm2
Concrete Cylinder Strength (f 'C) = Kg/Cm2
Concrete Cube Strength (fCU) Kg/Cm2
b1
rmin rb
AS Cm2
Ultimate Moment (MU) Steel Yield Stress (fY) Kg/Cm2
Concrete Cylinder Strength (f 'C) = Kg/Cm2
Concrete Cube Strength (fCU) Kg/Cm2
b1
rmin rb
AS Cm2
Concrete Cylinder Strength (f 'C) Concrete Cube Strength (fCU)
(As / b d) 0.75 rb rb :
rmin :
b1
19:23:18 document.xls 3-sec - Rev 0
DESIGN CALCULATION SHEET
Project No. Date
AN9766 17-Apr-23
Sheet No. Computed by
of -- --
Subject Foundation DesignChecked by Approved by
_ _Building Ground Water Tank (Second Option)
DESIGN OF SINGLY REINFORCED SECTION ACCORDING TO ACI 318 SECTION ID Bottom Mesh
Designing a s lab or FootingDimensions and Moment Materials
= 12 m. t = 3600
Breadth of Section (b) = 20 Cm 240
Thickness of section (t) = 70 Cm = 300
concrete clear cover (dc) = 4 Cm
Depth of Section (d) = 64 Cm = 0.850
= 0.20% r = 0.47% = 0.154
f 8 10 12 16 20 22 25 28 30 32
n 13 8 6 4 2 2 2 1 1 1 = 6.04
SECTION ID Bottom MeshDesigning a s lab or Footing
Dimensions and Moment Materials= 12.00 m. t = 3600
Breadth of Section (b) = 20.00 Cm 240
Thickness of section (t) = 70.00 Cm = 300
concrete clear cover (dc) = 4.00 Cm
Depth of Section (d) = 65.00 Cm = 0.850
= 0.20% r = 0.46% = 0.149
f 8 10 12 16 20 22 25 28 30 32
n 13 8 6 4 2 2 2 1 1 1 = 5.94
SECTION ID Bottom MeshDesigning a s lab or Footing
Dimensions and Moment Materials= 12.00 m. t = 3600
Breadth of Section (b) = 20.00 Cm 240
Thickness of section (t) = 70.00 Cm = 300
concrete clear cover (dc) = 4.00 Cm
Depth of Section (d) = 65.00 Cm = 0.850
= 0.20% r = 0.46% = 0.149
f 8 10 12 16 20 22 25 28 30 32
n 13 8 6 4 2 2 2 1 1 1 = 5.94
Ultimate Moment (MU) Steel Yield Stress (fY) Kg/Cm2
Concrete Cylinder Strength (f 'C) = Kg/Cm2
Concrete Cube Strength (fCU) Kg/Cm2
b1
rmin rb
AS Cm2
Ultimate Moment (MU) Steel Yield Stress (fY) Kg/Cm2
Concrete Cylinder Strength (f 'C) = Kg/Cm2
Concrete Cube Strength (fCU) Kg/Cm2
b1
rmin rb
AS Cm2
Ultimate Moment (MU) Steel Yield Stress (fY) Kg/Cm2
Concrete Cylinder Strength (f 'C) = Kg/Cm2
Concrete Cube Strength (fCU) Kg/Cm2
b1
rmin rb
AS Cm2