The method of cells and micromechanics in conjunction with the computational method is employed in this investigation to determine the local and average stress strain fields within the composite.
将细观力学和计算力学方法相结合用以确定复合材料中的局部和平均应力-应变场。
The stress and strain fields around dislocations are covered in some detail, and the strain energy of the defects as well.
对于差排附近的应力及应变场，以及这些缺陷的应变能将有详细的说明。
The solution of the crack-tip stress, strain fields for the power law type nonlinear viscoelastic materials, especially for the modified polypropylene, is obtained.
得到了幂率型非线性粘弹性材料，特别是改性聚丙稀的裂纹尖端应力、应变和位移场的解答。
An elastic_viscoplastic model is adopted to investigate asymptotically the stress and strain fields at a propagating crack_tip.
采用弹粘塑性力学模型，对扩展裂纹尖端的应力和应变场进行了渐近分析。
There is very obvious concentration for stress and strain fields in the middle-under parts of the slope border and the fault.
应力场和应变场在边坡边界中下部和断层处有很明显的集中。
By this method, the displacement fields, the stress fields and the strain fields of the deformed strip during flexible forming process are obtained.
采用该方法分析柔性制管过程变形带材的位移场、应变场和应力场。
An elastic viscoplastic model is used to analyse stress and strain fields at the tip of a propagating crack under antiplane shear.
弹性-粘塑性模型对反平面剪切扩展裂纹尖端的应力应变场进行了分析。
According to the asymmetry welding temperature fields and the rigidity of component when welding, we could think it is inevitable that welding would bring remains-strain and remains-stress.
根据不均匀的焊接温度场和施焊时焊接构件的刚性条件，可以认为焊接残余变形和残余应力是不可避免的。
A macro and micro mechanics model is presented based on the relation between macroscopic and microscopic stress and strain fields, in which composite macroscopic stress strain relation is obtained.
基于复合材料宏、细观场量之间的联系，建立了一种纤维增强复合材料宏—细观力学模型。
The temperature, strain and stress fields in modest hot slide were numerically simulated using sequentially coupled 3-dimensional heat transfer and stress equations and finite element method.
耦合三维传热和热应力方程，采用有限元法对加热炉半热滑轨的传热、应力和应变进行了数值模拟。
The postprocessor analyze the distributing characteristic and the changing orders of stresses and strains, as well as maximal stress fields and maximal strain fields.
利用后处理程序分析了铆钉塑性变形的应力、应变的变化规律，单项最大应力区和单项最大应变区的分布特点。
Also, the FEM software ANSYS was employed to calculate the stress and strain fields in the structure.
在此基础上，利用ANSYS有限元软件对上述复合材料模型进行计算分析。
Also, the FEM software ANSYS was employed to calculate the stress and strain fields in the structure.
在此基础上，利用ANSYS有限元软件对上述复合材料模型进行计算分析。
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