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Step-1: Safe & Aecbolt Base Reaction Comparsion

  • Base Reaction Manuel Calculation

  • Aecbolt - Safe Column Base Reaction Comparison

  • Aecbolt - Aecbolt Column Safe ShearWall Base Reaction Comparison

  • Aecbolt - Safe All Nodes Base Reaction ComparsionComparison

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  • Summary of Reaction Comparison Table

→ Self Weight

→ Super DL

→ LL wR

→ LL woR

→ Shearwall Node Reaction

→ All Node Reaction

Step-2

  • Safe Slab Design Analysis Result - Aecbolt Slab Design Analysis Result Comparison

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→ Punching Shear , D/C Ratio

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Step-1 → Safe & Aecbolt Base Reaction Comparsion

Project

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Base Reaction Manuel Calculation

1

Self Weight Manuel Calculation

2

Object Name

Area sq ft

Height ft

Unit

Kips

3

Slab

5624.473

1

150

 

4

O1

-68.469

1

 

5

O2

-86.387

1

 

6

Slab Remain

5469.617

1

150

820.443

7

All Column

63.465

11

150

104.717

8

SW 1

23.911

11

150

39.453

9

SW2

23.913

11

150

39.456

10

SW3

72.177

11

150

119.092

11

SW4

73.763

11

150

121.709

12

LG 7 (line)

6.146

0.63

3.872

13

LG 8 (line)

6.146

0.63

3.872

14

Shearwall Total

 

 

 

327.454

15

Total

 

 

 

1252.614

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Self Weight

Super DL

LL wR

LL woR

Name

Aecbolt Local (kips)

Safe (kips)

Dif %

Aecbolt Local (kips)

Safe (kips)

Dif %

Aecbolt Local (kips)

Safe (kips)

Dif %

Aecbolt Local (kips)

Safe (kips)

Dif %

All Shearwall Nodes

678.37

637.57

6.01

55.52

55.57

0.09

78.64

75.63

3.82

67.96

66.69

1.86

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Aecbolt - Safe All Nodes Base Reaction Comparison

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