strain recovery

And with increasing strain rate, the steady state flow characteristics appear, showing dynamic recovery.

随着应变速率增加, 合金的流变应力呈现稳态, 表现出动态回复特征.

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The recovery temperature increases with the increasing of tensile strain.

合金形状记忆效应的回复温度随拉伸应变量的增加而增加；

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The suitable recovery strain annealing temperature was 500 ℃.

适宜的回复应变退火温度为500℃.

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As a newly developed magnetic shape memory material, Ni-Mn-Ga alloys show not only the large recovery strain and stress but also the rapidly responding frequency, and are thought to be the most prospective function materials in the engineering.

Ni-Mn-Ga是一种新发展起来的磁性形状记忆材料，除具有较大的可逆恢复应变量和恢复力外，又具有很高的响应频率，是一种极具工程应用前景的新型功能材料。

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Dynamic recovery occurs when the strain rate over 10s~ (-1).

当应变速率大于10s~（-1）时，只发生动态回复。

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The effect of aging and cold working rate on the trans formation properties and the recovery strain in Ti-50. 5mol% Ni shape memory alloy have been investigated with DSC ( Differential Scanning Calorimetry) and mechanical test under a constant stress.

用示差扫描热分析仪（DSC）和恒应力拉伸试验研究了时效和冷加工率对Ti-50.5mol%Ni形状记忆合金相变特性和回复应变的影响。

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