1·It was analysed by a strain energy method.
这是用应变能力方法解决的。
2·Strain energy is a remarkable characteristic of spring.
变形能是弹簧的一个值得注意的特性。
3·The strain energy density function equals the helmholtz.
应变能密度函数等于亥姆霍兹函数。
4·A release rate tensor of damage strain energy is derived.
推导出损伤应变能释放率张量。
5·LCF life could be well expressed by plastic strain energy.
低周被劳寿命可由塑性应变能表达。
6·At the same time clearly strain energy conservation goals.
同时明确了应变建筑的目标。
7·Linze and Haiyuan also reflect accumulation of strain energy to some degree.
临泽与海原这两个地区也反映一定程度的应变能积累状态。
8·Mathematic model between strain energy and tired flaw signals is established.
建立了应变能与疲劳裂纹信号之间的数学模型。
9·A new strain energy function was used to analyze a rubber wedge contact with a rigid notch.
利用一种新的橡胶材料应变能函数，对橡胶楔体与刚性缺口接触大变形问题进行了分析。
10·A new strain energy function is used to analyze a rubber wedge contacting with a rigid notch.
利用一种新的橡胶材料应变能函数，对橡胶楔体与刚性缺口接触大变形问题进行了分析。