The element coupling shape function matrices are derived by means of geometrically nonlinear strain displacement relation under small deformation assumption.
利用几何非线性的应变-位移关系式，在小变形假设条件下确定了单元耦合形函数。
The element coupling shape function meatrices are derived by means of geometrically nonlinear strain displacement relation un-der small deformation assumption.
利用几何非线性的应变-位移关系式，在小变形假设条件下确定单元耦合形函数。
The SWPE is found to reveal a coupling between seepage energy, equilibrium state and vertical displacement of soils.
引入土水势方程，揭示了渗流能量与土体平衡状态和竖向位移之间的耦合关系。 提出T。
Diverse factors affecting dynamic displacement of industrial turbine front bearing pedestal and breaks of flexible coupling diaphragms are discussed through testing and practical examples.
分析了影响工业汽轮机前轴承座发生动态位移和挠性联轴器膜片断裂的各种因素，并通过试验和实例加以阐述。
The reaction force, that is extracting force, is solved directly by coupling DOFS of nodes and loading the DOFS nodes displacement.
以节点自由度耦合的方式，给自由度耦合节点以强制位移，用直接求出自由度耦合节点约束反力的方法来求抽筒力。
The normal displacement on the coupling surface which is stimulated by node force is calculated in ANSYS firstly.
首先在ANSY S软件中计算结构受结点力激励时外表面的法向位移；
The coupling variable can be displacement , velocity or acceleration.
耦合的变量既可以是位移，也可以是速度、加速度。
The coupling between bridge and track adopts by beam unit, modulus of electricity of and yielding stress according to the broken line of the non-liner rail longitudinal resistance of displacement.
桥梁和轨道的联结采用非线性梁单元模拟，其材料弹性模量和屈服应力通过轨道纵向位移阻力与梁轨相对位移关系的双折线化确定；
The coupling model of deep foundation dewatering and land subsidence can obtain groundwater level and displacement of soil distortion. It can be used in the practical project.
本文建立的深基坑降水与地面沉降三维耦合模型，可一次性同时求解出地下水位和土体变形位移量，能应用于实际工程。
As the mechanism coupling-degree is 1, all real number direct displacement solutions can be obtained by one-dimension search.
当机构的耦合度为1时，可用一维搜索得到全部实数解。
We studied how the coupling efficiency changes with the fiber position displacement and fiber axial angle variation, and we found that the coupling efficiency is not sensitive to the two parameters.
就耦合效率随半导体激光器对光轴的偏离和对光轴角度的偏转进行了研究，发现耦合效率的变化灵敏度不高；
We studied how the coupling efficiency changes with the fiber position displacement and fiber axial angle variation, and we found that the coupling efficiency is not sensitive to the two parameters.
就耦合效率随半导体激光器对光轴的偏离和对光轴角度的偏转进行了研究，发现耦合效率的变化灵敏度不高；
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