On a stress element, the following stresses are acting: σ x = 5 ksi (Compression) σ y = 10 ksi (Tension) τ xy = 0 Ksi Using the equations given below: (1) Calculate the principal stresses and the plane and draw principal plane and the stresses acting on it. (2) Calculate maximum shear stress and maximum shear plane and then draw the shear plane and the stresses acting on it. (3) Calculate the average stress.
On a stress element, the following stresses are acting: σ x = 5 ksi (Compression) σ y = 10 ksi (Tension) τ xy = 0 Ksi Using the equations given below: (1) Calculate the principal stresses and the plane and draw principal plane and the stresses acting on it. (2) Calculate maximum shear stress and maximum shear plane and then draw the shear plane and the stresses acting on it. (3) Calculate the average stress.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
On a stress element, the following stresses are acting:
σ x = 5 ksi (Compression)
σ y = 10 ksi (Tension)
τ xy = 0 Ksi
Using the equations given below:
(1) Calculate the principal stresses and the plane and draw principal plane and the stresses acting on it.
(2) Calculate maximum shear stress and maximum shear plane and then draw the shear plane and the stresses acting on it.
(3) Calculate the average stress.

Transcribed Image Text:Principal Stresses
Average Stress
0,+0,
0, -0,
2
2
2
Principal Planes
2r,
2
20 = tan
0,-0,
Maximum Shear Stress:
Plane of Maximum Shear Stress:
o, -o,
20_= tan"
AK
xy
max
2
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