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Parametric Design and Optimization Analysis of Autoclave Based on UG and Workbench

机译:基于UG和Workbench的高压釜的参数化设计与优化分析

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The paper introduces the parametric design and assembly of autoclave with a nominal diameter of 4000 mm, which UG software is used in. Through establishment of a three-dimensional model of autoclave by UG software and the static analysis of the autoclave on the ANSYS Workbench platform, the stress distribution was obtained. While the wall thickness was optimized by iterate. Finally, the dangerous section of the model which wall thickness was optimized was linearized. The results show that the parametric modeling method improves the design, modeling and analysis of autoclave. Also, it reduces the wall thickness of autoclave.
机译:本文介绍了具有4000毫米的标称直径的高压灭菌器的参数化设计和组装,其中UG软件使用了UG软件的三维模型,通过UG软件和Ansys Workbench平台上的高压釜静态分析,得到应力分布。虽然壁厚通过迭代优化。最后,线性化了壁厚的模型的危险部分。结果表明,参数化建模方法改善了高压釜的设计,建模和分析。此外,它降低了高压釜的壁厚。

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