Engineering
Engineering, 12.11.2019 05:31, richisolano14

7.32 experimentally, it has been observed for single crystals of a number of metals that the critical resolved shear stress τcrss is a function of the dislocation density rhod aswhere τ0 and a are constants. for copper, the critical resolved shear stress is 2.10 mpa (305 psi) at a dislocation density of 105 mm-2. if it is known that the value of a for copper is 6.35  10-3 mpa-mm (0.92 psi-mm), compute the crss at a dislocation density of 107 mm-2.

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7.32 experimentally, it has been observed for single crystals of a number of metals that the critica...

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