12-10. A metal bar is being compressed along the x,-axis between two rigid walls such that e, = 0 and o, = 0. This process causes an axial stress o, and no shear stresses. Determine the apparent yield value of o, if the material in a conventional compression test exhibits a yield strength o, and Poisson's ratio v. Assume that the material is governed by the von Mises yield condition. Find an alternative expres- sion if the Tresca condition is postulated.
12-10. A metal bar is being compressed along the x,-axis between two rigid walls such that e, = 0 and o, = 0. This process causes an axial stress o, and no shear stresses. Determine the apparent yield value of o, if the material in a conventional compression test exhibits a yield strength o, and Poisson's ratio v. Assume that the material is governed by the von Mises yield condition. Find an alternative expres- sion if the Tresca condition is postulated.
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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12-10. A metal bar is being compressed along the x,-axis between two rigid walls such that e3 = 0 and σ2, = 0. This process causes an axial stress σ1 and no shear
stresses. Determine the apparent yield value of σ1, if the material in a conventional compression test exhibits a yield strength σyp and Poisson's ratio v. Assume that the material is governed by the von Mises yield condition. Find an alternative expression if the Tresca condition is postulated.
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