A finite element approach, so called electrostatic-field analysis has been developed by ANSYS and APDL to solve the problem of the force of electret micromotor's rotor.
为了对驻极体微电机的转子进行静电场的受力分析，利用ANSYS软件及它的编程语言APDL实现了静电场的有限元分析。
Based on some new algorithms developed by the authors, an efficient finite element software package for electrostatic field analysis (SEF2D) is made.
基于有限元方法，作者研制出一个高性能二维静电场分析软件包SEF_2D。
A finite element approach, so called coupled-field analysis, has been developed by ANSYS and APDL to solve the problem of electrostatic-mechanical analysis for micro-accelerometers.
为了对微加速度计进行静电-机械耦合场分析，利用ANSYS软件及它的编程语言APDL实现了有限元耦合场分析。
Based on the finite element analysis for 3-d electrostatic field in the fuse-contactor, the mathematical model of inverse problem is set up.
本文以真空组合电器三维静电场有限元分析为基础，建立三维静电场边问题的数学模型。
Based on the finite element analysis for 3-d electrostatic field in the fuse-contactor, the mathematical model of inverse problem is set up.
本文以真空组合电器三维静电场有限元分析为基础，建立三维静电场边问题的数学模型。
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