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R410A Scroll Compressor Design Verification used with Finite Element Analysis

机译:R410A涡旋压缩机设计验证与有限元分析一起使用

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摘要

One ITRI developed R410A scroll type compressor was analyzed in this study by using finite element analysis (FEA). Through ITRI developed scroll type compressor computer software (ITRI_STC), the needed boundary conditions, such as pressure in chambers and temperature distributions during one complete orbiting cycle of the scroll pairs, can be obtained as input data to FEA. This study firstly focused on the orbiting scroll, and the FEA procedure was performed by two commercialized computer packages (SolidWorks and ANSYS). The temperature distribution, deformation and stress profiles for the orbiting scroll were showed and discussed under different operating conditions. The analyzed results can assist designers not only to improve their design for weaker structural parts, but also reduce the time and cost in developing the new scroll type compressors.
机译:在这项研究中,使用有限元分析(FEA)分析了由ITRI开发的R410A涡旋式压缩机。通过工研院开发的涡旋式压缩机计算机软件(ITRI_STC),可以获得所需的边界条件,例如涡旋副在一个完整的轨道运行过程中的室内压力和温度分布,作为FEA的输入数据。这项研究首先关注轨道涡旋,而FEA程序是由两个商业化的计算机程序包(SolidWorks和ANSYS)执行的。显示并讨论了在不同工况下动涡旋盘的温度分布,变形和应力分布。分析结果不仅可以帮助设计人员改善结构较弱的零件的设计,还可以减少开发新型涡旋式压缩机的时间和成本。

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