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Referring to the indeterminate beam shown below, the beam is pinned on A and B, while fixed supported on C. It carries uniformly distributed load w kN/m and point load of P kN (single arrow). By using slope deflection method, a) Derive the slope deflection equation at each joint b) Determine the end moment at each joint and sketch the BMD B 5m 2m 5 m Student El for each span Mwanza 15 EI

Referring to the indeterminate beam shown below, the beam is pinned on A and B, while fixed supported on C. It carries uniformly distributed load w kN/m and point load of P kN (single arrow). By using slope deflection method, a) Derive the slope deflection equation at each joint b) Determine the end moment at each joint and sketch the BMD B 5m 2m 5 m Student El for each span Mwanza 15 EI

Structural Analysis
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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Referring to the indeterminate beam shown below, the beam is pinned on A and B, while fixed supported on C. It carries uniformly distributed load w kN/m and point load of P kN (single arrow). By using slope deflection method, a) Derive the slope deflection equation at each joint b) Determine the end moment at each joint and sketch the BMD B 5 m + 2 m 5 m Student El for each span W Mwanza 15 5 EI
Transcribed Image Text:Referring to the indeterminate beam shown below, the beam is pinned on A and B, while fixed supported on C. It carries uniformly distributed load w kN/m and point load of P kN (single arrow). By using slope deflection method, a) Derive the slope deflection equation at each joint b) Determine the end moment at each joint and sketch the BMD B 5 m + 2 m 5 m Student El for each span W Mwanza 15 5 EI
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