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Wmax IP FL/3 L/2 と The simply-supported beam shown supports a load [P] at [L/3] from the right-hand end, and a distributed load over the left-hand half of the beam. The distributed load increases linearly from zero at the support, to a max value of wmax at the centre of the beam. Find the maximum bending moment if L= 13 m, P= 38 kN and wmax= 1 kN/m. Answer: Check

Wmax IP FL/3 L/2 と The simply-supported beam shown supports a load [P] at [L/3] from the right-hand end, and a distributed load over the left-hand half of the beam. The distributed load increases linearly from zero at the support, to a max value of wmax at the centre of the beam. Find the maximum bending moment if L= 13 m, P= 38 kN and wmax= 1 kN/m. Answer: Check

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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Wmax IP FL/3 L/2 と The simply-supported beam shown supports a load [P] at [L/3] from the right-hand end, and a distributed load over the left-hand half of the beam. The distributed load increases linearly from zero at the support, to a max value of wmax at the centre of the beam. Find the maximum bending moment if L= 13 m, P= 38 kN and wmax= 1 kN/m. Answer: Check
Transcribed Image Text:Wmax IP FL/3 L/2 と The simply-supported beam shown supports a load [P] at [L/3] from the right-hand end, and a distributed load over the left-hand half of the beam. The distributed load increases linearly from zero at the support, to a max value of wmax at the centre of the beam. Find the maximum bending moment if L= 13 m, P= 38 kN and wmax= 1 kN/m. Answer: Check
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