Dislocation motion in a random solid solution
Abstract
The thermally activated motion of a dislocation through an array of randomly distributed solute atoms is studied. The influence of fluctuations in the solute density on the activation energy for dislocation motion is investigated, and the stress dependences of the effective activation energy and the activation volume are determined. It is shown that, in creep deformation, fluctuations in the activation energies may lead to a creep strain which...
Paper Details
Title
Dislocation motion in a random solid solution
Published Date
Oct 1, 2002
Journal
Volume
82
Issue
15
Pages
2869 - 2883
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