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Improving the Reliability of a Domestic Refrigerator Compressor Subjected to Repetitive Loading
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作者 Seong-Woo Woo Dennis L. O’Neal 《Engineering(科研)》 2016年第3期99-115,共17页
As a reliability quantitative specification, parametric accelerated life testing was used to assess the reliability of a newly designed compressor of a commercial refrigerator subjected to repetitive stresses. A gener... As a reliability quantitative specification, parametric accelerated life testing was used to assess the reliability of a newly designed compressor of a commercial refrigerator subjected to repetitive stresses. A generalized life-stress failure model and new sample size equation with a new load concept were derived starting with the basic refrigeration cycle. The sample size equation with the acceleration factor also enabled the parametric accelerated life testing to quickly evaluate the expected lifetime. The design of this testing should help an engineer uncover the design parameters affecting reliability during the design process of the compressor system. Consequently, it should help companies improve product reliability and avoid recalls due to the product failures in the field. A newly designed compressor in a commercial refrigerator was used as a test case. 展开更多
关键词 Refrigeration System Generalized Life-Stress Failure Model Load Analysis Sample Size Equation Acceleration Factor Parametric Accelerated Life Testing COMPRESSOR Suction reed valve
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