Please...Calculate axil force due to dead and live load in three different columns A1, A2, C3 in all levels. Design column A2 using reinforced concrete and steel. Thank you.. 238m8m8mY10 mNEdDL=6 kN/m² LL=3.5 kN/m²Designed Axial forces in the basement:Ped 1.35P + 1.5 P₁Initial Designbh z=10 mPEd0.8fcP =10 m 10 mbh1% ≤p ≤ 4%0.567fck Ac + AsfykAs10 m

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Calculate axil force due to dead and live load in three different columns A1, A2, C3 in all levels. Design column A2 using reinforced concrete and steel.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Please...

Calculate axil force due to dead and live load in three different columns A1, A2, C3 in all levels. Design column A2 using reinforced concrete and steel.

Thank you..

2
3
8m
8m
8m
Y
10 m
NEd
DL=6 kN/m² LL=3.5 kN/m²
Designed Axial forces in the basement:
Ped 1.35P + 1.5 P₁
Initial Design
bh z
=
10 m
PEd
0.8fc
P =
10 m 10 m
bh
1% ≤p ≤ 4%
0.567fck Ac + Asfyk
As
10 m

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Step 1: Introducing given data

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Step 2: Calculate loads

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Step 3: Marking Tributary areas to be used for calculating axial load in columns

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Step 4: Calculate axial load in column A1, A2 & C3

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Step 5: Design of column A2 using BS 8110

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Step 6: Calculate number of bars and spacing of ties

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