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Analysis of geometric characteristics of Scroll Compression Chamber for Scroll Fluid Machine

机译:涡旋流体机涡旋压缩室几何特性分析

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Based on the general geometrical model of scroll compression chamber for scroll fluid machine, the geometric characteristics of scroll compression chamber, such as width, length, volume, and comprehensive curvature radius at the mesh point, and their variation as well are comprehensively analyzed. It is shown by the analysis that among all of the geometric characteristics, the width variation is the most complicated one; the comprehensive variation of the width together with the length can be used to determine the deformation processes of the chamber. The variability of its length, volume, and comprehensive curvature radius at meshing points should be taken as its basic deformation characteristics. For a scroll compression chamber with involute of circle, its deformation efficiency is higher and dynamic stability is excellent. At the same time, the scroll wrap with involute of circle is easy to fabricate and the profile with involute of circle is used widely for the major part of the scroll profile.
机译:基于用于涡旋流体机的涡旋压缩室的一般几何模型,滚动压缩室的几何特性,例如网格点处的宽度,长度,体积和综合曲率半径以及它们的变化得到了综合分析。通过分析显示,在所有几何特征中,宽度变化是最复杂的;宽度与长度一起的综合变化可用于确定腔室的变形过程。啮合点的长度,体积和综合曲率半径的可变性应作为其基本变形特性。对于具有渐渐渐的圈子的涡旋压缩室,其变形效率较高,动态稳定性优异。与此同时,具有渐进式圈子的滚动包装易于制造,并且具有渐渐的圈子的轮廓广泛用于滚动轮廓的主要部分。

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