4.26(a) Iron (r = 0.124 nm, G = 70 GPa) is being deformed to a shear strain of0.3. Assuming a constant dislocation density equal to 1010 cm−2, what isthe average distance each dislocation has to move?(b) Assuming that the strain rate is 10−2 s−1, what is the average dislocationvelocity? 4.26(a) Iron (r0.3. Assuming a constant dislocation density equal to 1010 cm-2, what isthe average distance each dislocation has to move?(b) Assuming that the strain rate is 10-2 s1, what is the average dislocationvelocity?= 0.124 nm, G = 70 GPa) is being deformed to a shear strain of

Given data: For Iron, r = 0.124 nm , G = 70 GPa γ = 0.3 , constant…

Answered: 4.26 (a) Iron (r = 0.124 nm, G = 70…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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4.26
(a) Iron (r = 0.124 nm, G = 70 GPa) is being deformed to a shear strain of
0.3. Assuming a constant dislocation density equal to 10¹⁰ cm⁻², what is
the average distance each dislocation has to move?
(b) Assuming that the strain rate is 10⁻² s⁻¹, what is the average dislocation
velocity?

4.26
(a) Iron (r
0.3. Assuming a constant dislocation density equal to 1010 cm-2, what is
the average distance each dislocation has to move?
(b) Assuming that the strain rate is 10-2 s1, what is the average dislocation
velocity?
= 0.124 nm, G = 70 GPa) is being deformed to a shear strain of

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