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Analysis of the parameters of a submicron dislocation structure in metals subjected to severe plastic deformation

机译:严重塑性变形下金属中亚微米位错结构的参数分析

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摘要

Equations of dislocation kinetics are used to quantitatively compare the mechanisms of formation and evolution (with deformation) of cellular dislocation structures at moderate strains and of submicron block dislocation structures at high plastic strains. In both cases, the formation of nonuniform dislocation structures is a result of dislocation self-organization, more specifically, the self-organization of statistically random dislocations during the formation of cellular structures and the self-organization of geometrically necessary dislocations (which appear due to the nonuniform character of plastic deformation on the micron scale) during the formation of block structures. (C) 2004 MAIK "Nauka/Interperiodica".
机译:位错动力学方程用于定量比较中等应变下的细胞位错结构和高塑性应变下的亚微米级块状位错结构的形成和演化(具有变形)机制。在这两种情况下,非均匀位错结构的形成都是位错自组织的结果,更具体地讲,是细胞结构形成过程中统计随机位错的自组织和几何上必要的位错的自组织(这是由于块状结构形成过程中塑性变形的不均匀特性(微米级)。 (C)2004 MAIK“ Nauka / Interperiodica”。

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