子结构分析采用有限元素法。
The finite element method is used to analyze the substructures.
本文采用有限元素法计算弹性波在介质中的传播。
The finite element method was used to calculate elastic wave propagation in the medium.
本论文透过有限元素法对压电元件进行模拟与设计分析。
In this thesis, we analyze and design the piezoelectric device by finite element simulation.
本文用有限元素法求解近海水域谐波响应的特征值问题。
In this paper, the eigenvalue problem for harmonic response of coastal waters is solved by finite element method.
当前，由于有限元素法大都使用串行算法，处理时间较长。
The finite element method is used extensively in the solution of complex engineerin;
本文用有限元素法对轴对称旋转板、壳进行了应力、应变分析。
By adopting finite elements method to make the the analysis of stress and strain of axisymmetric rotating shells.
采用有限元素法进行三维数值模拟研究微电阻率成像测井响应。
FEM (Finite Element Method) is used for 3d numerical simulation to study micro resistivity imaging logging responses.
这种逆风因子法是作者在用有限元素法解不可压N-S方程中提出来的。
The purpose of this paper is to extend its application to solution of incompressible Navier-Stokes equations in non-orthogonal curvilinear coordinate system by the finite difference method.
经由简化光强度搭配有限元素法所得到的数据，模拟并讨论两者间的差异。
Through the simplification of intensity with the finite element method of data. simulation and discuss both the difference.
方法：我们使用了一个关于L4-L5腰椎的3维非线性有限元素法的模型。
Methods. A 3-dimensional, nonlinear finite element model of a lumbar spinal segment L4-L5 was used.
能处理任意形状及复杂边界条件的有限元素法可作为求解该问题的适合方法。
Due to its ability to process boundary conditions of arbitrary shape and complexity, fi-nite element method (FEM) may be used to solve this problem.
本文提出一种新的定常无粘跨音速流动的有限元计算方法——守恒型有限元素法。
A new finite element algorithm for computing steady transonic flows is presented in this report.
在有关端面密封气膜压力分布的计算中，采用了对几何结构适应性强的有限元素法。
The adaptable finite element method is used for calculating the pressure distribution of gas film for face seal.
本文用有限元素法和对于几何非线性结构问题的增量法求解组合结构强度与稳定性问题。
This paper is devoted to solving strength and stability problems of a built structure by using the finite element method and the increment method for the geometrical nonlinear structural problem.
具有较高计算精度并能够处理任意结构形状的有限元素法可作为求解该问题的合适的方法。
Due to high computing precision and processing arbitrary structure shape, finite element method (FEM) can become proper method to solution this problem.
本文利用有限元素法和导电纸模拟试验的方法，对悬式绝缘子的电场分布进行了分析计算。
Using the finite element method and the method of conductive paper analogue test, the analysis and calculation of the electric field distribution of the hanging insulator is carried out.
本文用有限元素法建立织编机机架的力学模型，并计算了机架的低阶固有频率及相应的振型。
The natural modes and frequencies of the framework of a knit-weaving machine are determined and its mechanic model established on the basis of finite element method.
应用有限元素法，通过十二棱交叉的变态棱线弹性架单元的集合，进行三维实体的造型、调型与表面光滑处理。
Using Finit Ielement Method, a 3-D object was constructed by means of set of deformable edges elastic frame elements with twelve crossed lines.
数值计算结果与实验结果具有很好的一致性。结果表明，有限元素法是研究复杂地层充液井孔中声场的有效工具。
The theoretical result is in good agreement with the experimental result, proving that FEM is an effective way to study sonic field in fluid filled borehole in the complex formation.
利用有限元素法对间隙内的雷诺方程进行求解，得到了螺旋线槽气体密封端面间隙内气体的压力分布和三维膜压分布图。
Using finite element methods solves two-dimensional compressible Reynolds equation. As a result, the pressure distribution over the entire seal interface is obtained.
本文对这三种加载形式进行了研究和分析，并用有限元素法计算了这三种加载形式在1—3面内的压应力和层剪应力的分布。
The three loading type are studied and analyzed, and calculated with finite element method for compressive stresses and interlaminar shear stresses distribution on 1-3 face.
分析了螺旋槽气体密封间隙内的气体运动并建立了雷诺方程，将用有限元素法对该方程求解所得的结果与有关文献中的结论进行了比较；
Spiral-Groove gas seals work by maintaining a narrow clearance between the rotating and stationary rings. The finited element method is used to solve Renolds equation of the gas.
同时，高精度动态有限元法增加元素节点上的评论和讨论。
Meanwhile, comments and discussions on the high accuracy finite dynamic element method that increases element nodes were presented.
同时，高精度动态有限元法增加元素节点上的评论和讨论。
Meanwhile, comments and discussions on the high accuracy finite dynamic element method that increases element nodes were presented.
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