ANSYS在压力容器设计中的应用研究

Application of ANSYS in Pressure Vessel Design

主要研究ANSYS在压力容器设计工作中的应用。从对常规压力容器设计内容分析方法的补充和对压力容器中存在的新问题两方面对ANSYS在压力容器设计中的应用进行了研究。ANSYS作为一种优秀的有限元分析程序,最大的优势在于通过建模、网格划分、加载、求解、路径线性化来解决常规设计无法计算的问题或优化压力容器结构,为设计人员提供了另一种解决问题的方法,但是在压力容器设计实际中不能过分依赖,要根据设计工作人员的工作经验来判断ANSYS的分析结果是否偏离实际情况。

The main application of ANSYS in pressure vessel design work. From a complement to conventional content analysis of pressure vessel design and new issues that exist in the pressure vessel both for ANSYS in pressure vessel design were studied. As an outstanding ANSYS finite element analysis program, the biggest advantage is that through modeling, meshing, loading, solving linear path to solve the problem of conventional design can not be calculated or optimized pressure vessel structure, providing designers with another a solution to the problem, but can not place undue reliance on the pressure vessel design practice, according to the work experience design staff to determine whether the results of the analysis ANSYS deviate from the actual situation.