The finite element computing results agree well with the actual measured one.
有限元分析与试验结构符合较好。
The finite element computing results agree well with the actual measured ones.
有限元分析与试验结果符合较好。
A finite element computing model and a simplified computing model for practical engineering purpose are presented.
提出了夹板的有限元计算模型和一个适合工程应用的简化计算模型。
The problems by using 2D finite element computing modeling to study the local magnetization for tank floor are analyzed, and 3D finite element modeling is set up.
在比较了多种研究材料内部磁场分布的方法的基础上，分析了二维有限元模型在研究局部磁化中存在的问题以及采用三维有限元计算的必要性。
According to the analyzing of finite element computing results, the mechanics action of supporter is obtained, which is the bases for designing and adjusting of rotary kiln.
对有限元计算结果进行分析，了解托轮的力学行为，从而实用于回转窑托轮的设计及调整。
Three dimensional finite element computing model is established and the effect of stemming length to deep hole bench blasting is studied by three dimensional finite element method.
采用三维有限元数值分析法，通过建立三维有限元计算模型，分析堵塞长度对堵塞区有效应力场的影响。
This dissertation successfully used cluster computing for solving large-scale linear algebraic equations problems when the finite element method (FEM) is applied in electrical prospecting.
本文成功地将机群计算应用到解决在电法勘探中使用有限元方法（FEM）时产生的大规模线性方程组问题。
The application of Finite Element Analysis FEA to the design of the structure of wind tunnel balance obtains the rule of stress distribution on the wind tunnel balance by computing the whole body.
把有限元法应用到风洞天平结构设计，对其整体结构进行了计算，得出了风洞天平各种载荷作用下的应力场。
Four kinds of numerical computing methods for structure_borne propagation are summarized: Statistical Energy Analysis, Finite Element method.
本文综述了结构声传递的四种数值计算方法：统计能量分析、有限元法、阻抗分析法、波动分析法。
The computing method is applied to three strut, four strut and eight strut launching stands, and the result is compared with that of finite element method.
以三、四、八支柱发射台作为算例，进行了具体应用，同时还与有限元计算结果进行了比较。
Method for computing the element restoring force, rather than the stiffness matrix, is the most important factor that determines the accuracy of a geometric nonlinear finite element problem.
几何非线性单元的精度主要决定于单元恢复力的计算方法，刚度矩阵对单元精度的影响很小。
Due to high computing precision and processing arbitrary structure shape, finite element method (FEM) can become proper method to solution this 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。
The coherence between the computing results with the finite element solution shows the method in the paper is reliable.
其结果与有限元精确解的一致性表明文中方法是可靠的。
The node-based local mesh generation(NLMG) is a key issue of the seamless finite element parallel computing, however, an inappropriate local mesh generation algorithm will produce inconsistent mesh.
局部网格生成是无缝有限元并行计算的关键问题，然而，不恰当的局部网格生成算法会产生不一致网格。
A new finite element algorithm for computing steady transonic flows is presented in this report.
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。
In computation, an improvement was made for the current finite element method; the space of storage was decreased and the computing speed was increased.
在计算方法上，本文对流行的有限单元方法进行了改进，使存贮减少，并提高了计算速度。
Procedure for computing a reliable and efficient a-posteriori error estimate in finite element contact problem analysis is presented.
本文提供了一种可作为弹性接触问题有限元分析后处理过程的误差估计方法。
Form error distributes are illustrated to understand the machining quality and a comparison of computing time is given between the direct finite element method and the SE formulation.
在计算过程中，分别采用直接法和超单元法进行计算，并对计算过程和计算结果进行对比，从而说明了在对铣削加工数值仿真计算时采用超单元方法的有效性。
The computing result shows that it is very pretty to use this algorithm in the follow finite element calculating.
计算结果表明，使用本文的剖分算法进行后期的有限元计算是十分理想的。
The finite element method (FEM) of contact theory and eigenvalue computing is used in this thesis to solve the problem of natural modal analyzing aircraft structure with contact surface.
本文采用接触理论有限元数值方法加特征值计算的方法来解决考虑连接面固有特性计算的问题。
This paper applies the general theory of finite element method, and proposes a computing method of mining landside stability and give a computing example.
本文运用有限元法的基本思路，提出了采动坡体稳定性的计算方法，并给出了实例计算。
Based on grid computing technology, a prototype of distributed parallel finite element method (DPFEM) is studied in this paper.
基于网格计算技术提出了一种分布式的有限元并行计算网格系统的原型DPFEM的构建方法。
And then, the solution method of nonlinear equations and the computing formats of rubber-typed materials by finite element method were given.
然后给出了橡胶类材料的有限元计算格式及非线性方程组的解法。
The problems in computing beam-shell-composed structures with the finite element method are pointed out, and a corresponding solution method is proposed based on the finite deformation theory.
提出了梁壳垂直组合结构在有限元计算中存在的问题，并以几何大变形问题为依托提供了解决该问题的计算原理和有限元方法。
Based on the nonlinear finite element method, the two-time method for form finding considering gravity is proposed and the related computing program is designed.
其次提出了以有限元法为核心的考虑索膜重力作用的二次找形法，编制了相应的程序。
Based on the computing model of this paper, the numerical results of finite element method are in better agreement with its experiment results.
计算模型的有限元法数值结果与实验值较好符合。
According to the theory of the finite element, we set up proper number of gird and simplify deformation computation to increase computing speed.
并根据有限元法的原理，设置适当的网格数、简化变形计算，提高计算速度。
The accuracy of the functional is key to computing the electromagnetic field using the finite element method (FEM).
在电磁场有限元分析中，使用准确的微分算法计算场量是提高计算效果的关键。
The finite element method is used for computing the displacement of well bore near the oil reservoir in the horizontal fracturing well with 1 ~ 3 fractures.
用有限元法分别对有1 ~3条水平裂缝井眼在压裂时油层附近的井眼位移分布进行了计算。
To solve these problems, multi-grid method is adopted to establish structural grid for finite element computation and slip surface grid for computing factor of safety of slope stability, respectively.
为了解决这些问题，采用多重网格法建立结构的有限元计算网格，滑动面的边坡稳定性安全系数的计算网格，分别。
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