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Theoretical study on wear characteristics of single screw refrigeration compressor with multicolumn envelope meshing pair

机译:单螺旋制冷压缩机磨损特性的理论研究与多枚包络啮合对

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摘要

In single screw refrigeration compressor (SSRC), the wear of meshing pair has always been a key issue that restricts its development. In order to solve this problem, a Multicolumn Envelope Meshing Pair (MEMP) was proposed. However, the theoretical research on wear resistance of MEMP has not been carried out yet. Therefore, in this paper, a theoretical calculation model describing the influence of the MEMP profile parameters on wear characteristics of the SSRC with MEMP is established to predict the wear resistance. The presented model is verified as a powerful tool for wear characteristics analysis by the experimental results. With the validated model, the effect of MEMP profile parameters on the wear characteristics of SSRC has been analyzed. Optimization analysis shows that in the design stage more envelope columns with a larger center distance and larger envelope column diameter should be chosen for the MEMP to get a better wear resistance. (C) 2019 Elsevier Ltd and IIR. All rights reserved.
机译:在单螺杆制冷压缩机(SSRC)中,筛选对的磨损一直是限制其开发的关键问题。为了解决这个问题,提出了一种多色包络网格(MEMP)。然而,对MEMP耐磨性的理论研究尚未进行。因此,在本文中,建立了描述MEMP轮廓参数对SSRC与MEMP磨损特性的影响的理论计算模型,以预测耐磨性。本模型被验证为通过实验结果佩戴特性分析的强大工具。通过验证的模型,分析了MEMP轮廓参数对SSRC磨损特性的影响。优化分析表明,在设计阶段,应选择更多的中心距离和较大的包络柱直径的包络柱,以便MEMP获得更好的耐磨性。 (c)2019年Elsevier Ltd和IIR。版权所有。

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