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On the Theory of Plastic Deformation with an Account of Dislocation Transformations of Several Types

A scheme is proposed to describe plastic deformation with the help of a system of equations defining the time dependence of the densities of mobile and immobile dislocations. Conditions are formulated which must be satisfied for the probabilities of dislocation transformations so that a certain transformation can be dominant at some stage of plastic deformation. An equation of plastic deformation occurring at a constant rate is obtained for the simplest model of the dislocation structure. Expressions are found for the stress increments occurring owing to a rapid change in the strain rate and temperature. 
 
 
 
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