The classic plastic constitutive relation, multi-yield surface constitutive relation and over-stress viscoplastic constitutive relation are a special example of this constitutive relation.
经典塑性本构关系、多屈服面本构关系及过应力型粘塑性本构关系只是本文的特例。
Giving an imitation of traditional plastic theory , a damage surface model on brittle rock about temperature in stress-space is introduced and the evolutionary law is discussed qualitatively.
参照经典塑性力学的屈服面理论，引入了温度作用下应力空间中脆性岩石的损伤面模型，定性地讨论了荷载和温度影响下损伤面时的演化规律。
Endochronic plasticity based on non-yield surface is deduced into the displacement-based finite element method and the plastic strain direct method is proposed for the plane stress problem.
介绍了位移基有限元方法 ，并在位移基有限元中嵌入了无屈服面内时本构理论 ，并提出了相应于平面应力问题的直接代入法。
Cai Kaike takes the billet surface reheating into account, and establishes a heat transfer and elastic-plastic stress model.
蔡开科考虑铸坯温度回升，建立了铸坯热-弹-塑性应力模型。
Cai Kaike takes the billet surface reheating into account, and establishes a heat transfer and elastic-plastic stress model.
蔡开科考虑铸坯温度回升，建立了铸坯热-弹-塑性应力模型。
应用推荐