pre-strain temperature 预变形温度
pre-yield micro-strain 屈服前小应变
pre going strain 应变超前
pre-plastic strain 预塑性应变
pre-cooling strain 预冷变形
strain pre ure tra ducer 应变式压力传感器
For example, basically Q235 with pre-strain do not have the capacity to bear impact load, so it is not adapt to the work in plastic state.
Q235材料有预应变状态下基本不具备抗冲击能力,故不适于在塑性状态下工作。
参考来源 - 基于塑性强化效应的典型材料极限承载能力分析·2,447,543篇论文数据，部分数据来源于NoteExpress
When the pre-strain surpasses 0.95%, the reverse yield strength reaches to a constant.
当预应变超过0.95%时，反向屈服强度达到恒量。
In these experiments, specimens were bending to produce different pre-strain respectively, and then reverse bending were taken one by one.
在各弯曲试样得到不同的预应变后，又对其进行反向加载，记录不同预应变下各试样反向加载的弯矩随表面应变的变化曲线。
This paper Concentrates on the introduction of pre-strain materials, machine tool, calculation of extending value and extensive construction.
通过施工实例，介绍了预应力材料、机具伸长值计算及张拉施工。
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