Problem 2: Deflection CalculationDetermine the maximum deflection of the beam loaded as shown inthe figure below using Conjugatebeam method. Also draw the deflected shape of the beam. El isuniform throughout the beam. A is aroller support, and C is fixed support. There is an internal hinge/pin atB. The value of P must becalculated using your student ID and the following equationP(kN) = [(V218503042) – C]/4C=14700So, P= 20 kN4P2P3 m6 m2 m2 mFind1. BMD of real beam2. Conjugate beam+ loading3. Reactions of conjugate beam4. Location of maximum deflection5. Maximum deflection & its direction6. Deflected shape of the beam

P1 = 80KN P2 = 40KN [Note : As per rule I have solved first 3 part, post other part separately]

Answered: Find 1. BMD of real beam 2. Conjugate…

Engineering

Civil Engineering

Find 1. BMD of real beam 2. Conjugate beam+ loading 3. Reactions of conjugate beam

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

Problem 2: Deflection Calculation
Determine the maximum deflection of the beam loaded as shown in
the figure below using Conjugate
beam method. Also draw the deflected shape of the beam. El is
uniform throughout the beam. A is a
roller support, and C is fixed support. There is an internal hinge/pin at
B. The value of P must be
calculated using your student ID and the following equation
P(kN) = [(V218503042) – C]/4
C=14700
So, P= 20 kN
4P
2P
3 m
6 m
2 m
2 m
Find
1. BMD of real beam
2. Conjugate beam+ loading
3. Reactions of conjugate beam
4. Location of maximum deflection
5. Maximum deflection & its direction
6. Deflected shape of the beam

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