fea

Objective To investigate the mechanism of the hip shelf arthroplasty for adult acetabular dysplasia analysis ( FEA ).

目的探讨髋臼翻转造盖术治疗成人 髋 臼发育不良的力学机理.

In this paper , Finite element analysis ( FEA ) simulation models for partial discharge wave propagation are built.

建立了局部放电声波传播的有限元分析 ( FEA ) 仿真模型.

Then, the temperature field is loaded in FEA software to predict thermal stress and deformation.

并以此温度场为边界条件,利用FEA软件计算了机体热应力和热变形.

The fatigue critical site aside turbine disk pin - hole was located based on the FEA of ANSYS.

通过ANSYS有限元分析得到涡轮盘危险点应力应变分布,确定疲劳危险部位.

Meshing to minish analysis error is a concerned problem in FEA.

如何划分网格以减小分析误差是有限元分析中令人关心的问题.

In comparison with the results of ANSYS, FEA software , the results of the programs are satisfying.

并将分析结果与大型有限元分析软件ANSYS分析所得结果作了对照, 得到了较好的一致性.

We found optimization of the resistor grid layers may favorably improve the performance of an FEA.

实验制得的场发射阵列器件,展示了电阻层在改善器件性能方面的重要作用.

The FEA is an efficient tool of modern engineering.

有限元分析是现代工程设计中一种快捷、有效的辅助工具.

At the same time, based upon the plasticity theory, a FEA model is developed.

运用弹塑性力学理论, 建立模拟套管挤毁的有限元模型,通过计算也得到套管外壁的环向应变.

A static analysis of steady temperature profile for tire with FEA was made.

介绍了轮胎稳态温度场分布的有限元静态分析.

The connection between dual kinds of heterogeneous CAD systems and the FEA auto - modeling system was realized.

实现了多个异构的CAD系统与有限元自动建模系统的连接.

The magnet which generates high magnetic field gradient was developed by the FEA electromagnetic computing software.

根据三维有限元(FEA) 电磁场计算软件的仿真和计算,自制出实验所需的产生高梯度磁场的永磁磁体.

Currently , FEA and its programs have become the standard tool for engineering design.

有限元法已经成为工程计算的标准方法.

With FEA based quenched stress , different stress distributions were obtained under different conditions of pre - stretching.

在获得淬火残余应力的基础上, 模拟了不同预拉伸量对毛坯的淬火残余应力的消除.

To develop the new products we adopt CAD, CAE, CAM, and FEA system.

公司在产品开发中,不断改进国际先进技术,采用CAD, CAE, CAM, FEA和有限元分析设计.