• 超弹性 - 引用次数：4

  The distribution of stress and displacement is also presented after the hyperelasticity and contact analysis.

  通过超弹性及多接触非线性分析,给出了真空吸夹具在指定工况下,零件及密封绳的应力及位移情况。

  参考来源 - 真空吸夹具中的非线性有限元分析及应用研究
• 超弹性 - 引用次数：3

  Many studies have been devoted to kinking and the study of stress-induced phase transition, but the continuum models used are usually based on thermoelasticity, nonlinear elasticity or hyperelasticity.

  应力导致的相变已有较长的研究历史,但连续介质模型主要限于热弹性材料、非线性材料和超弹性材料。

  参考来源 - 平面应变下弹塑性材料的折曲

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