Features of the physico-mechanical behavior of UFG low-alloyed bronze Cu-1Cr-0.08Zr produced by severe plastic deformation

机译：UFG低合金青铜Cu-1Cr-0.08ZR的物理 - 力学行为的特点，由严重塑性变形产生

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The authors analyze the effect of the accumulated strain during severe plastic deformation as well as the temperature and aging time on the physico-mechanical properties of low-alloyed chromium-zirconium bronze Cu-1Cr-0.08Zr. The following SPD processing techniques were employed in the work: high-pressure torsion (HPT) and equal-channel angular pressing (ECAP). As a result of the investigation there have been revealed the most reasonable regimes of thermomechanical treatment, leading to the maximum increment in mechanical properties, while preserving a high level of electrical conductivity.

机译：作者分析了在严重的塑性变形期间累积应变的效果以及低合金化铬 - 锆青铜Cu-1Cr-0.08Zr的物理力学性能的温度和老化时间。以下工作中采用以下SPD处理技术：高压扭转（HPT）和等通道角压（ECAP）。由于调查，揭示了热机械处理最合理的制度，导致机械性能的最大增量，同时保持高水平的电导率。

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《International Conference on Recent Trends in Structural Materials》|2017年|450 p.|共5页
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D A Aksenov; R Asfandiyarov; G I Raab;
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中图分类工程材料学;
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Features of the physico-mechanical behavior of UFG low-alloyed bronze Cu-1Cr-0.08Zr produced by severe plastic deformation

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