The reinforced concrete beam shown is simply supported at A and B. The modulus of flexural rigidity of the beam from the midspan towards A is double that of from the midspan towards B (as indicated in the figure). Wherein the moment of inertia from the midspan to point B is 980x10^6 mm^4. Using the Conjugate Beam Method, calculate the Rotation in degrees of the Beam at 3 meters from support A PROBLEM#2: CONJUGATE BEAM METHODThe reinforced concrete beam shown is simply supported at A and B.The modulus of flexural rigidity of the beam from the midspan towards A isdouble that of from the midspan towards B (as indicated in the figure).Wherein the moment of inertia from the midspan to point B is 980x10^6mm^4.Using the Conjugate Beam Method, calculate the Rotation in degrees ofthe Beam at 3 meters from support A...2.4kN1.9kNAOB2EIEI-1.75-1.75-2.50 M--+1.00 M

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Answered: M#2: TE BEAM The reinforced concrete…

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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The reinforced concrete beam shown is simply supported at A and B.

The modulus of flexural rigidity of the beam from the midspan towards A is double that of from the midspan towards B (as indicated in the figure). Wherein the moment of inertia from the midspan to point B is 980x10^6 mm^4.

Using the Conjugate Beam Method, calculate the Rotation in degrees of the Beam at 3 meters from support A

PROBLEM#2: CONJUGATE BEAM METHOD
The reinforced concrete beam shown is simply supported at A and B.
The modulus of flexural rigidity of the beam from the midspan towards A is
double that of from the midspan towards B (as indicated in the figure).
Wherein the moment of inertia from the midspan to point B is 980x10^6
mm^4.
Using the Conjugate Beam Method, calculate the Rotation in degrees of
the Beam at 3 meters from support A
...
2.4kN
1.9kN
A
OB
2EI
EI
-1.75-1.75-2.50 M--
+1.00 M

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