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Below is a stress element in an alumina (Al2O3) beam with a £f<0.05. ox = 0.2 GPa, oy = 0.3 GPa in the negative y direction, and Txy = 0.1 GPa. The strength of the beam is Sut = 0.25 GPa, and Suc = 2.95 GPa. Find the factor of safety of the stress element using a the Brittle Coulomb Mohr theory. ↑ N Txx X

Below is a stress element in an alumina (Al2O3) beam with a £f<0.05. ox = 0.2 GPa, oy = 0.3 GPa in the negative y direction, and Txy = 0.1 GPa. The strength of the beam is Sut = 0.25 GPa, and Suc = 2.95 GPa. Find the factor of safety of the stress element using a the Brittle Coulomb Mohr theory. ↑ N Txx X

Elements Of Electromagnetics
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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Below is a stress element in an alumina (Al203) beam with a ɛf < 0.05. ox = 0.2 GPa, oy = 0.3 GPa in the negative y direction, and Txy = 0.1 GPa. The strength of the beam is Sut = 0.25 GPa, and Suc = 2.95 GPa. Find the factor of safety of the stress element using a the Brittle Coulomb Mohr theory. Y Txy N
Transcribed Image Text:Below is a stress element in an alumina (Al203) beam with a ɛf < 0.05. ox = 0.2 GPa, oy = 0.3 GPa in the negative y direction, and Txy = 0.1 GPa. The strength of the beam is Sut = 0.25 GPa, and Suc = 2.95 GPa. Find the factor of safety of the stress element using a the Brittle Coulomb Mohr theory. Y Txy N
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