进而将齿轮的参数化模型导入通用有限元分析软件ANSYS,对其模态进行计算分析。
And import the model into the finite element analysis software of ANSYS for modal calculation and analysis.
在桥梁成桥以后,采用有限元理论和大型通用程序ANSYS研究探讨了斜拉桥结构的空间受力特性,并分析了斜拉桥几个主要设计参数之间的相互关系。
Using FEM theory and large general-purpose program ANSYS, the paper discussed the cable-stayed bridge space stress characteristic and the relationship between several main design parameters.
设计了风机转子系统参数化有限元建模,并在通用商业化有限元分析软件ALGOR基础上,开发了模块化编程。
The finite element model of fan rotor system parameterization is designed. Modularity programming is developed based on general business finite element analyzing software ALGOR.
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