4. A box beam Supports a distributed and a concentratedload as show inthe figure below,dist.loadF=56kN W=36N25200t.150012001500cross sedion of bek beam(a) Draw the shear force and brending moment diaztams,Find the anaximum bendine moment anol transverseshear force. Find the bending moment and shear foceat x=1200mm(b) Indicate the position where the maxi mum tensile andcompressive Stresses act on the beam. what are thevalues of these stresses ?

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4.A box beam Supports a distributed and a concentrated load as show inthe figure below, distaload F=5bkN W=36N 25 w e- 200 1200 1500 1500 Cross sedion of bek beam (@) Draw the shear force and brending moment diazrams, Find the anaximum bending moment anol tansverse shear force. Find the bending moment and shear foce at x=120omm

4.A box beam Supports a distributed and a concentrated load as show inthe figure below, distaload F=5bkN W=36N 25 w e- 200 1200 1500 1500 Cross sedion of bek beam (@) Draw the shear force and brending moment diazrams, Find the anaximum bending moment anol tansverse shear force. Find the bending moment and shear foce at x=120omm

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

4. A box beam Supports a distributed and a concentrated
load as show inthe figure below,
dist.load
F=56kN W=36N
25
200
t.
1500
1200
1500
cross sedion of bek beam
(a) Draw the shear force and brending moment diaztams,
Find the anaximum bendine moment anol transverse
shear force. Find the bending moment and shear foce
at x=1200mm
(b) Indicate the position where the maxi mum tensile and
compressive Stresses act on the beam. what are the
values of these stresses ?

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Step 3: Bending moment calculation

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Step 4 : SFD and BMD

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