Then, according to the factual characteristic of the finite element Analysis software ANSYS and ABAQUS, an interface program of finite element model transformation is compiled.
并针对有限元分析软件ANSYS与ABAQUS的实际特点，编写了有限元模型转换接口程序，用实例验证了所编接口转换程序的可行性与正确性。
The advantages of finite element model transformation relative to geometry model transformation and the ways realized in finite element model transformation were also expatiated in detail.
详细阐述了有限元模型转换相对于几何模型转换的优势，以及其实现方法和途径。
By developing the interface procedure of the model transformation, the finite element model was successfully transformed between CAPP system and CAE system without distortion.
通过自行编制的模型转换程序，实现了有限元模型在CAPP系统和CAE系统间的方便快捷的相互转换及显示。
According to the interface procedure of the model transformation compiled in this paper, the finite element model was successfully transformed from CAD system to CAE system in "nought distortion".
通过自行编制的模型转换接口程序，成功地实现了有限元模型从CAD系统到CAE系统的方便快捷的“零失真”转换。
According to the interface procedure of the model transformation compiled in this paper, the finite element model was successfully transformed from CAD system to CAE system in "nought distortion".
通过自行编制的模型转换接口程序，成功地实现了有限元模型从CAD系统到CAE系统的方便快捷的“零失真”转换。
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