자동차 추진축 부품의 생산성향상을 위한 설계개선
Redesign a Component of Automotive Propeller Shaft to Improve Productivity
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In every aspect of automotive production, quality, productivity and cost are crucial matters. The purpose of this research is to improve the productivity of slip yoke for automotive propeller shaft. This paper presents how to redesign the component that currently manufactured as forged one body type. Attention was focused on not only reducing processing time but insuring durability of the component simultaneously. In Automotive, propeller shaft is the device for transferring power from engine to axle via transmission, and the slip yoke is one of the main parts in the product. Propeller shafts are subject to torsion and shear stress, they thus need to be strong enough to bear the stress.
Abstract
In every aspect of automotive production, quality, productivity and cost are crucial matters. The purpose of this research is to improve the productivity of slip yoke for automotive propeller shaft. This paper presents how to redesign the component that currently manufactured as forged one body type. Attention was focused on not only reducing processing time but insuring durability of the component simultaneously. In Automotive, propeller shaft is the device for transferring power from engine to axle via transmission, and the slip yoke is one of the main parts in the product. Propeller shafts are subject to torsion and shear stress, they thus need to be strong enough to bear the stress.
참고문헌 (8)
- 서순근, "미니탭 신뢰성분석", pp.281~348 (2007), 이레테크
- Bailey, R. T., "Estimation from Zero-Failure Data", Risk Analysis, 17(3), pp.375~380 (1997)
- Collins, J. A., "Failure of Materials in Mechanical Design", pp.557~568 (1993), John Wiley and Sons
- Nelson, W., "Accelerated Testing", pp.233~301 (1982), John Wiley and Sons Inc.
- Nelson, W., "Applied Life Data Analysis", pp.162~180 (1982), John Wiley and Sons
- Nelson, W., "Weibull Analysis of Reliability Data with Few or No Failures", Journal of Quality Technology, 17(3), pp.140~146 (1985)
- Ross, B., "Investigating Mechanical Failures", pp.53~106 (1995), Chapman and Hall
- Reliability Analysis of Data with No Failure from Fleet and Proving Ground Endurance Tests, "Wang, C. J.", SAE 920773 Society of Automotive Engineers, 1~4 (1992)