...； TiNi； TiNiCu； 回复力； 热弹性马氏体相变[gap=1317]Key words: shape memory alloys； TiNi； TiNiCu； recovery stress； thermoelastic martensitic transformation...
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Recovery stress elements 复苏重音元素
stress recovery method 应力恢复法
stress recovery 应力恢复
cold stress-recovery 冷害恢复
recovery from drought stress 受旱后的复原
self-stress recovery 自应力恢复
post-stress recovery 应激后恢复
modal stress recovery 模态应力恢复
The relationship between the recovery stress and the recovery strain which measured by the one-way tensile of Fe-17Mn-5Si-10Cr-5Ni shape memory alloy specimens can be approximately expressed with the quadratic parabolic function.
Fe-17Mn-5Si-10Cr-5Ni形状记忆合金试样单向拉伸所测得的恢复力和恢复应变间的关系可用二次抛物函数来近似表征。
参考来源 - Fe·2,447,543篇论文数据，部分数据来源于NoteExpress
The higher the temperature of cooling is, the greater the recovery stress is.
停止加热时的温度越高，冷却过程中的回复应力越大。
The results show that the recovery stress depends on alloy strength and shape memory effect, whereas alloy strength is a more important factor.
结果表明，回复应力与合金强度和形状回复率有关，但强度是主要因素。
A simple and efficient analytical method of creep recovery stress is provided. The effect of creep recovery is demonstrated by a numerical example.
同时，对高温结构提出一种简便可行的蠕变恢复应力分析方法，并通过算例说明蠕变恢复的影响。
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