Q2: A simply supported beam with span 6 m shown in Fig.(2-a) having a crosssection shown in Fig (2-b). Find maximum unifomly distributed service load "w" such that the beam will be in elastic range.JoQ Jog LOQ=25 MPa. fy = 400 MPaFig.(2-a)30040226 m300Fig(2)

Given: Depth of beam, d = 400 mm Width of the beam, b = 300 mm Width of web, bw = 100 mm Depth of…

Q2: A simply supported beam with span 6 m shown in Fig(2-a) having a cross secion shown in Fig (2-b). Find maximum uniformly distributed savice load w* such that the beam will be in elastic range. -25 MPa. fy - 400 MPa 300 4622 6 m 200 Fig(2)

Q2: A simply supported beam with span 6 m shown in Fig(2-a) having a cross secion shown in Fig (2-b). Find maximum uniformly distributed savice load w* such that the beam will be in elastic range. -25 MPa. fy - 400 MPa 300 4622 6 m 200 Fig(2)

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

Q2: A simply supported beam with span 6 m shown in Fig.(2-a) having a cross
section shown in Fig (2-b). Find maximum unifomly distributed service load "
w" such that the beam will be in elastic range.
JoQ Jog LOQ
=25 MPa. fy = 400 MPa
Fig.(2-a)
300
4022
6 m
300
Fig(2)

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