3.Compute the equivalent von Mises' stress, deq, for the following plane stress state.%₁ = -40 ksi, 0₂ = -12 ksi, T12 = 5 ksiVon Mises' yield criterion is expressed by the following inequality1√ [(0p₁ - Op2₂)² + (Op2 − Op3)² + (Op3 − Op1)²] ≤ Oy,Jeq =

Given data:- σ1= -40 ksiσ2 = - 12 ksiτ12= 5 ksi To find:-the equivalent von- Mises' stress

Compute the equivalent von Mises' stress, deg, for the following plane stress state. %₁ = -40 ksi, %₂ = -12 ksi, T12 = 5 ksi Von Mises' yield criterion is expressed by the following inequality √/2 √1(0₂₁ - 0₂²)² + (0₂² · √ [(op₁ - 0p2)² + Jeq = (Op2 − ¯p3)² + (σp3 − Op¹)²] ≤ Oy,

Compute the equivalent von Mises' stress, deg, for the following plane stress state. %₁ = -40 ksi, %₂ = -12 ksi, T12 = 5 ksi Von Mises' yield criterion is expressed by the following inequality √/2 √1(0₂₁ - 0₂²)² + (0₂² · √ [(op₁ - 0p2)² + Jeq = (Op2 − ¯p3)² + (σp3 − Op¹)²] ≤ Oy,

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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Question

3.
Compute the equivalent von Mises' stress, deq, for the following plane stress state.
%₁ = -40 ksi, 0₂ = -12 ksi, T12 = 5 ksi
Von Mises' yield criterion is expressed by the following inequality
1
√ [(0p₁ - Op2₂)² + (Op2 − Op3)² + (Op3 − Op1)²] ≤ Oy,
Jeq =

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