c and d please 10 ksi, o, = -5 ksi, and ty15 ksi. The component is made of aAn element is loaded by stresses o,ductile material S = 50 ksi and Sye = 90 ksi, find the following:Oya) Maximum shear stress tmaxTxyb) Principal stresses oj , 02Oxc) Choose an appropriate failure theory to determine the factorTxyof safety.TxyOyd) Draw a o,-o, diagram showing the failure envelope of thetheory with the stress state and load line.

Given:σx=10 ksiσy=-5 ksiτxy=15 ksiSyt=50 ksiSyc=90 ksi

An element is loaded by stresses Ox = 10 ksi, ɑ,= -5 ksi, and ty = 15 ksi. The component is made of a ductile material S = 50 ksi and Sye = 90 ksi, find the following: Oy Txy a) Maximum shear stress tmax b) Principal stresses o1 , o2 Ox c) Choose an appropriate failure theory to determine the factor Txy ху of safety. Oy d) Draw a o,-0, diagram showing the failure envelope of the theory with the stress state and load line.

An element is loaded by stresses Ox = 10 ksi, ɑ,= -5 ksi, and ty = 15 ksi. The component is made of a ductile material S = 50 ksi and Sye = 90 ksi, find the following: Oy Txy a) Maximum shear stress tmax b) Principal stresses o1 , o2 Ox c) Choose an appropriate failure theory to determine the factor Txy ху of safety. Oy d) Draw a o,-0, diagram showing the failure envelope of the theory with the stress state and load line.

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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Concept explainers

Bending Moment

In general, we can define the bending moment as the reaction induced when a certain amount of load or force is applied to an element which makes it bend.

Question

c and d please

10 ksi, o, = -5 ksi, and ty
15 ksi. The component is made of a
An element is loaded by stresses o,
ductile material S = 50 ksi and Sye = 90 ksi, find the following:
Oy
a) Maximum shear stress tmax
Txy
b) Principal stresses oj , 02
Ox
c) Choose an appropriate failure theory to determine the factor
Txy
of safety.
Txy
Oy
d) Draw a o,-o, diagram showing the failure envelope of the
theory with the stress state and load line.

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