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首页> 外文期刊>Bulletin of the Russian Academy of Sciences. Physics >Topological Dislocation-Type Defects and Mechanisms of Plasticity and Failure of Nanostructured and Amorphous Materials
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Topological Dislocation-Type Defects and Mechanisms of Plasticity and Failure of Nanostructured and Amorphous Materials

机译:纳米结构和非晶材料的拓扑位错型缺陷及其可塑性和失效机理

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摘要

Possible mechanisms of plastic deformation and failure of nanostructured and cluster amorphous materials have been considered. It is shown that the most probable carriers of plastic deformation in these materials are macrodislocations—linear topological defects of the regular nanocrystallite packing in the nanostructure or cluster packing in amorphous materials. Continuum models are proposed to describe the processes of plastic deformation and failure of nanostructured and cluster amorphous materials.
机译:已经考虑了塑性变形以及纳米结构和簇状非晶材料破坏的可能机理。结果表明,这些材料中最可能发生塑性变形的载体是宏观位错-纳米结构中规则纳米晶体堆积或非晶材料中簇堆积的线性拓扑缺陷。提出了连续体模型来描述纳米结构和簇状非晶材料的塑性变形和破坏过程。

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