Stress and Deformation Analysis of Oil-Free Air Scroll Compressor

Author:

Ullah Hanif,Bin Peng,Bocko Jozef,Pengcheng Zhang,Yubo Zhang

Abstract

Abstract This paper examined the deformation and the distribution of von-mises stress on the fixed and orbiting scroll. The stress and deformation of the scroll plate has been achieved under thermal load, structural load and thermo-static load. The full process of compression is achieved by the meshing operation of the moving and fixed scroll during the compression process of the scroll compressor. In this process, the teeth of the scrolls are mainly subjected to the combined effect of temperature and gas force resulting in stress and deformation. The performance of the scroll compressor can be affected by the high stress and deformation of the scroll, so it is important to research the scrolls under different field conditions. In this paper we presented the scrolls specification and deformation of oil-free scroll compressor. This study will enable the researcher and designers to improve the workability of the scroll compressor, resulting in a good performance prototype.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference16 articles.

1. Recent Advances on the oil-free Scroll Compressor;Bin;Recent Patants on Mechanical Engineering,2016

2. Research on oil-free hermetic refrigeration scroll compressor [J];Wang;Proceedings of the Institution of Mechanical Engineers, Part A: Journal of Power and Energy,2007

3. Numerical modeling of temperature distribution for orbiting scroll wrap in an air scroll compressor[J];Qiang;International Journal of Heat and Mass Transfer,2013

4. Dynamic model for the orbiting scroll based on the pressures in scroll chambers–Part I: Analytical modeling [J];Qiang;International Journal of Refrigeration,2013

5. The development of oil-less scroll compressors used for fuel cells[C];Ching-Feng;The 4th International Conference on Compressor and Refrigeration (ICCR), Xi’an Jiaotong University, Xi’an, China

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