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Building in Reliability
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English
Abstract
Covered in this paper are four of the many tasks which make up an in-house process control program. These tasks have special significance in their high payoff in product integrity. Reliability requirements are used to develop quality requirements for process control and a simple method of analysis of in-process data is described. This Reject Pattern Analysis relates the cost of failure to the cost of repair. Data is also presented to prove the need for product burn-in or screening. Both industry and government should take forthright action to more uniformly implement these improvements.
Citation
Plyer, C. and Wood, W., "Building in Reliability," SAE Technical Paper 670646, 1967, https://doi.org/10.4271/670646.Also In
References
- Anderson L. A., “Requirements for Identification and Control of Critical Components.” Unpublished report, Martin Marietta Corp., Orlando, Florida, December 1966.
- Dillard R. B., “An Introduction to Reliability Requirements for the Designer.” Internal report OR 3238-1, Martin Marietta Corp., Orlando, Florida, May 1963.
- “Product Effectiveness Concepts in Design.” SAE publication No. 66089, January 1966.
- “Effectiveness Terms.” Department of Defense publication, MIL-STD-721B.
- Bauer J. A., “Reliability Enhancement Screening and Burn-in Techniques.” Internal report OR 8438, Martin Marietta Corp., Orlando, Florida, September 1966.
- General Robert H. McCutcheom, letter to W. H. Moore, Vice President EIA. USAF Logistics Command letter, 67-270, March 7, 1967.
- Wood W. P., “Economics of a Zero or Minimum Defects Program.” Published in ASME 66-MD-26, May 1966.
- “Statistical Abstract of the U. S.” Bureau of Census, 1965.