1- The following section is under combined axial (P)- flexural (M) forces. The flexural moment is positive. The axial force can be positive or negative. Extract the interaction equation for the section under axial force and flexural moment. Assumptions: The plastic flexural capacity of the section is Mo = Zfy and the axial capacity of the section is Po = Afy Find the interaction relation in two different states for the axial load. A) when the axial force is tension b) The axial force is compression. (0.3n+3)t (0.3n+3)t 08

1- The following section is under combined axial (P)- flexural (M) forces. The flexural moment is positive. The axial force can be positive or negative. Extract the interaction equation for the section under axial force and flexural moment. Assumptions: The plastic flexural capacity of the section is Mo = Zfy and the axial capacity of the section is Po = Afy Find the interaction relation in two different states for the axial load. A) when the axial force is tension b) The axial force is compression. (0.3n+3)t (0.3n+3)t 08

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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