Define the plane stress D matrix.
定义平面应力d矩阵。
We now illustrate the entire procedure in solving a plane stress problem.
我们现在来举例说明解一个平面压力题的全部过程。
This paper presents the material models for the plane stress problems of R.
本文建立了钢筋混凝土墙板构件平面应力问题的材料模型。
The two cases of plane stress and plane strain will be discussed separately.
平面应变这两种情况将分开讨论。
The analysis covers plane strain, plane stress and anti-plane strain shear cases.
分析包括了平面应变、平面应力和出平面应变剪切三种情况。
This method has been used in computers for limit analysis of plane stress problems.
这种方法应用于平面应力问题的极限分析已在计算机上实现。
The dynamic disturbance can be simplified as plane stress wave under certain conditions.
在一定条件下，动力扰动可简化为平面应力波。
The contact zone width of crane wheel with track is analyzed by plane stress elastic theory.
采用平面应力弹性理论，对吊车车轮与轨道的接触区尺寸进行理论分析。
The new result here explains the difference between the cases of plane strain and plane stress.
新的结果还解释了平面应力和平面应变问题的区别。
The plane stress theory is applied to analyze the contact stress between cast track and roll wheel.
采用平面应力理论来分析滚轮与轨道的接触应力问题。
The restraint level of plane stress is lesser than that of plane strain at the same mixed condition.
平面应力条件下裂端的约束水平远低于相应条件下平面应变时裂端的约束水平。
In some cases to solve plane stress by this method is quicker and easier to imagine than that by a...
在某些情况下比用材料力学中的解析法或图解法更快些，且更易于想象。
The results indicate that the application of the HRR theory is positive only in the plane stress case.
结果表明，仅仅在平面应力的条件下HRR理论的应用是肯定的。
The characteristics method developed is an effective approach for compressible materials under plane stress.
本文的特征线方法为解决可压缩性材料平面应力问题提供了一条有效途径。
Results also show that the scale effect in plane stress state is slightly stronger than that in plane strain state.
并发现在平面应力状态下，梁的梯度效应略强于平面应变状态。
In the article, a simple method is discussed to confirm the principal stress direction un-den the plane stress condition.
文章给出了一种判断平面应力状态主应力方向的简便方法。
The state space method coupled with the technique of differential quadrature (SSDQM) was presented for plane stress problems.
针对平面应力问题，提出了利用状态空间法和微分积分法的混合解法（SSDQM）。
In some cases to solve plane stress by this method is quicker and easier to imagine than that by analytical and graphic methods...
在某些情况下比用材料力学中的解析法或图解法更快些，且更易于想象。
As an instance, it was used to analysis a structure of plane stress problem. The detail computing steps and results were presented.
以平面应力问题分析为例，进行了数值试验，给出了详细的计算步骤和结果。
The crack tip stress-strain field of elastic-plastic materials are analysed by finite element method in the plane stress condition.
用有限元方法对平面应力条件下弹塑性材料的裂纹尖端应力应变场进行了计算。
The state equation of Pieoelectric beam is deduced directly from a piezoelectric physical equation in terms of a plane stress problem.
按平面应力问题，直接从压电物理方程出发，导出了压电梁的状态方程。
Its efficiency was demonstrated by computing the limit load factor and the collapse state for some plane stress and plain strain problems.
通过计算平面应力和平面应变问题的极限荷载因子和相应的坍塌机构，验证了算法的有效性。
In this paper non-linear analysis with finite element method is used in the study of the plane stress Problems of reinforced concrete members.
本文对钢筋混凝土构件中的平面应力问题，运用有限单元法进行非线性应力分析。
It is of great significance in engineering and teaching to determine the direction of the largest main stress under the status of plane stress.
平面应力状态下最大主应力方向的判定在工程及教学中具有重要意义，应用平面应力理论可以找到判定其方向的快捷方法，并引用实例得到印证。
Tile thickness effect on critical stress-intensity factor in plane stress is discussed, and a quantitative formula is also suggested in this paper.
文中讨论了临界应力强度因子的厚度效应并给出了一个定量关系式。
Based on the fundamental equation of an anisotropic rectangular plate in plane stress problem, an accurate general displacement solution is obtained.
根据各向异性矩形板平面应力问题的基本方程精确地求得了位移函数的一般解。
Aim to construct an analytic solution for the asymptotic field near a tensile crack tip of power-law hardening material under Plane stress condition.
目的构造幂硬化材料中受拉伸裂纹顶端渐近场的分析解。
The detailed forms of the functional equations and the final governing equations for solutions are given for the cases of plane strain and plane stress.
对于平面应变及平面应力的情况分别给出函数方程与定解方程的具体公式。
A calculation of present. Tectonic stress field of China and its vicinity as a plane stress problem has been made by means of the finite element method.
我国及邻区的现代构造应力场作为一平面应力问题用有限单元法进行了计算。
For the plane stress problem of fixed end orthotropic beams subjected to uniform load, the analytical solutions of stress and displacement were resolved.
针对均布载荷作用下正交各向异性梁在两端固支条件下的平面应力问题，求解了应力和位移的解析解。
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