稳定蠕变应变率本构方程是作用在盐岩上的应力偏量的幂次函数和能量与温度的指数函数。
The steady-state creep strain rate is a power function of deviatoric stress and exponential function of temperature and energy.
由该模型得到了利用纤维束冲击拉伸试验确定单丝应变率相关的统计本构方程中力学参量的原理和方法。
The method to determine the mechanical parameters in the constitutive equations of the rate-sensitive fiber by the tensile impact test of the fiber bundle are proposed from such models.
稳定蠕变应变率本构方程是作用在盐岩上的应力偏量的幂次函数和能量与温度的指数函数。
The steady state creep strain rate is a power function of deviatoric stress and exponential function of temperature and energy.
目的探讨应变率和骨密度与下颌骨拉伸力学性能的关系，建立下颌骨在拉伸载荷下的本构方程。
Objective To study the biomechanical properties of human mandible under tension load and deduce the constitutive equation.
目的探讨应变率和骨密度与下颌骨拉伸力学性能的关系，建立下颌骨在拉伸载荷下的本构方程。
Objective To study the biomechanical properties of human mandible under tension load and deduce the constitutive equation.
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