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1·The reason for axial snap-back is that the recovery of axial elastic strain is faster than...

轴向回跳的原因是轴向弹性应变的恢复快于轴向塑性应变的增加。

2·Under this framework, the stress-strain relations are derived from a pseudo-elastic strain-energy density.

在这一理论框架下，增量的应力应变关系可以从所构造的能量函数中推导出来。

3·Vibration times hardly have effect on the changing of the elastic strain in the condition of the dynamic stress.

在动应力条件下，振次几乎对动应变中的弹性应变的变化没有影响。

4·The reason for axial snap-back is that the recovery of axial elastic strain is faster than the increase of axial plastic strain.

轴向回跳的原因是轴向弹性应变的恢复快于轴向塑性应变的增加。

5·The total strain is thus made up of elastic strain, possibly combined with plastic strain that results from slip, creep, or both.

这样，应变包含了弹性应变、滑移导致的塑性应变，徐变或I?两者皆有。

6·The analysis suggests that this could be due to the re-distribution of the elastic strain energy during the incomplete transformation.

分析表明，不完全相变过程中的弹性能再分布是可能的温度记忆效应机制。

7·It is pointed out that bulging strain is consisted of not only instaneous elastic strain, but also creep strain which changes with time.

指出鼓肚变形不仅有瞬时弹性变形，而且还有随时间变化的蠕变变形。

8·We found: the samples experience elastic and plastic deformation processes before fracture, and the elastic strain is very large, it is about 2%.

结果表明：该合金的室温压缩变形过程表现为弹性和塑性变形，弹性应变很大，可达到2%。

9·Similarly, the reason for lateral snap-back is that the recovery of lateral elastic strain is faster than the increase of lateral plastic strain.

侧向回跳的原因是侧向弹性应变的恢复快于侧向塑性应变的增加。

10·In theoretical investigations, elastic strain energy method, fiber inclination model, three cells model and finite element model etc. are introduced.

在理论研究方面，介绍了弹性应变能法、纤维倾斜模型、三细胞模型和有限元模型等工作。