Abstract

The effect of the test temperature on the mechanical behavior of a titanium nickelide–based alloy is considered. The behavior of a titanium nickelide–based alloy is shown to be substantially dependent on the level of stresses and strains of the material. The critical stresses are determined by the solid-solution, grain-boundary, strain, and precipitation hardening mechanisms. The maximum critical strain can be achieved by a combination of several hardening mechanisms.

中文翻译：

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结构对钛镍基合金临界应力和应变的影响

摘要

考虑了测试温度对镍钛合金的机械性能的影响。钛镍基合金的性能已显示出基本上取决于材料的应力和应变水平。临界应力由固溶体，晶界，应变和沉淀硬化机制决定。最大的临界应变可以通过几种硬化机制的组合来实现。