maximum shear stress theory is also called as
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Maximum Shear Stress Theory According to this theory the failure or yielding occurs at a point in a member when the maximum shear stress reaches a value equal to the shear stress at yield point in a simple tension test
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The maximum shear stress theory is also called as Tresca or Guest theory.
- Maximum Shear Stress Theory According to this theory, failure or withdrawal occurs somewhere in the joint when the shear pressure reaches a level equal to the shear pressure in the yield area in the simple pressure test.
- Statistically, τmax = τyt / F. S. where, τmax = Shear pressure τyt = Shear pressure in the output area as determined in simple pressure test F. S = Safety factor.
- Since the shear pressure in the production area in the test of simple tension is equal to one part of the yield pressure in tension, so τmax = σyt / (2 x F. S.).
- This concept is widely used to design ductile material components. This theory is also known as visitor theory or Tresca theory.
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