Determine the maximum compressive axial load P that can be carried by thegiven built-up column and the system configuration shown below. Use ASD.S 235 Fy= 235 N/mm?, E= 200000N/mm?164.8In= 280 au4I= 73 au4A= 19,2 eu?3,99 au .1.95 au.%3DLI00.100-IO%3D2:20a- 90 omL 100.100,lD7•3,83 cm .a weakbeam水12,30m2,70MEnds are pinned.220

We have to find the value of Determine the maximum compressive axial load P that can be carried by…

Determine the maximum compressive axial load P that can be carried by the given built-up column and the system configuration shown below. Use ASD. S 235 Fy= 235 N/mm², E= 200000N/mm? 164.8. In= 280 aut Tg = 73 au1 A'- 19,2 cu? V = 3,99 au. = 4.95 au. 2- 3,83 am . LI00.100-10 %3D 220 L 100.100.10 B Weak beam 2,70" 2,70M Ends are pinned. 220

Determine the maximum compressive axial load P that can be carried by the given built-up column and the system configuration shown below. Use ASD. S 235 Fy= 235 N/mm², E= 200000N/mm? 164.8. In= 280 aut Tg = 73 au1 A'- 19,2 cu? V = 3,99 au. = 4.95 au. 2- 3,83 am . LI00.100-10 %3D 220 L 100.100.10 B Weak beam 2,70" 2,70M Ends are pinned. 220

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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