具有有限源分析经验。
General introduction of a FEM program frame.
介绍了一个有限元分析框架。
A new hidden method for FEM models was introduced.
介绍了一种新的有限元模型消隐方法。
Hidden problem is very important for FEM model's display.
消隐功能对于有限元分析模型的显示是相当重要的。
The regularity of the results of FEM and model test are same.
有限元分析结果与模型试验结果的规律性是一致的。
FEM is a very effective method on furniture strength analysis.
有限元法是家具强度分析非常有效的方法。
In this paper, FEM is studied as the solution of these problems.
本文正是通过有限元方法对此类问题进行了研究。
FEM method has been adopted in the design of quick-opening structure.
其中，快开锁紧结构的设计，采用了具有弹性接触的有限元应力分析法。
The contact element analysis of ANSYS is a kind of FEM contact analysis.
而ANSYS中的接触单元分析方法就是一种有限元接触分析方法。
Finally, the critical length of the key wall is studied by means of FEM.
最后用有限单元法研究了齿坎的临界长度。
Note the state change. Judge the trouble subsystem FEM (front end manager).
注意状态的变化。判断故障子系统的前端管理器(FEM)。
FEM model of the domestic car bumper system under low velocity impact is setup.
以某型国产轿车保险杠为例，建立了保险杠低速碰撞有限元模型。
Finally, the method of body design with FEM at the concept design stage is summarized.
最后总结了如何在概念设计阶段用有限元分析的方法进行车身设计。
The typical methods are the limit equilibrium method, the limit analysis method and FEM.
较为典型的边坡分析方法主要有极限平衡法，极限分析法，有限元法等。
The basic process of FEM and the principle of nonlinear element method are simply presented.
对有限元分析的基本过程及非线性有限元原理进行了简要介绍。
Magnetic fluid seal structure is analyzed by the finite element method (FEM) in this article.
本文利用有限元数值计算方法对磁流体密封结构进行了分析。
Gear's contact stress and contact fatigue life was calculated by finite element method (FEM).
进行了齿轮的接触应力及接触疲劳寿命有限元分析。
Meanwhile, the result of FEM analysis can work as the basis of structural optimization design.
同时，有限元分析所得到的计算结果可作为结构优化设计的基础。
In the conventional sheet metal forming technology research, FEM has played an important role.
有限元法数值模拟已在板材成形工艺研究中发挥出举足轻重的作用。
The results achieved by FEM were stable, and irrelevant to coordinate system and reference plane.
用FEM进行人颅颌面生长发育研究，其结果是恒定的，与坐标系的选择和参照平面无关。
FEM (Finite Element method) is the most effective numerical analysis method in structural analysis.
有限元法是结构分析中最有效的一种数值分析方法。
Internal force analysis with FEM can provide the foundation to choose the correct reinforcement scheme.
有限元内力分析的结果可为确定合理的加固方案提供依据。
Internal force analysis with FEM can provide the foundation to choose the correct reinforcement scheme.
有限元内力分析的结果可为确定合理的加固方案提供依据。
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