L1 = 510 mmL2 = 460 mmL3 = 690 mm Question 1For the structure shown in Figure Q.1:(a) Calculate the magnitude of force G, given that the maximum normal stress in eachmember should not exceed 150 MPa. The diameter of the steel rods (member 1 to 5) isgiven as 30 mm.(b) Determine the stresses induced in all the members and the deflection of point A and Bthe x and y direction.ALsFigure Q.1

Draw the free body diagram From the above diagram sin θ=0.75, cos θ=0.67sin α=0.411, cos α=0.9123…

Answered: 10 mm L2 = 460 mm L3 = 690 m

Engineering

Civil Engineering

10 mm L2 = 460 mm L3 = 690 m

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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Concept explainers

Pressure and Stress

Question

L1 = 510 mm

L2 = 460 mm

L3 = 690 mm

Question 1
For the structure shown in Figure Q.1:
(a) Calculate the magnitude of force G, given that the maximum normal stress in each
member should not exceed 150 MPa. The diameter of the steel rods (member 1 to 5) is
given as 30 mm.
(b) Determine the stresses induced in all the members and the deflection of point A and B
the x and y direction.
A
Ls
Figure Q.1

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