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Accelerated Testing of Mechanical Equipment
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English
Abstract
Four techniques for accelerated life and reliability testing of mechanical units are presented, consisting of the Inverse-Power Law, the Weibull Stess-Life, the Combined-Stress Percent-Life, and the Deterioration Monitoring techniques. These are time and cost efficient and effective techniques for mechanical as well as non-mechanical parts, components, equipment, and structural members. These techniques are quantified and their applications are illustrated with four examples so that the reader can conveniently apply them.
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Citation
Kececioglu, D. and Li, D., "Accelerated Testing of Mechanical Equipment," SAE Technical Paper 861667, 1986, https://doi.org/10.4271/861667.Also In
References
- “Statistical Methods for Accelerated Life Test Data - The Inverse Power Law,” Nelson W.B. General Electric Research and Development Technical Information Series Report 71-C-011 109 December 1970
- “Accelerated Testing,” Preston Tim presented at the 8th Annual Reliability Testing Institute Tucson. Arizona 33 1982
- “A Technique for Accelerated Life Testing,” Rabinowicz E. McEntire R.H. Shiralkar B. Trans. ASME 92B 706 710 1970
- “Accelerated Testing via Deterioration Monitoring,” Kabinowicz E. presented at The International Conference on Reliability. Stress Analysis and Failure Prevention San Francisco, California ASME August 18-21 1980 247 250 1980