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Practical Use of a Minicomputer for Stress Laboratory Testing
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English
Abstract
In recent years, the development of digital signal processing hardware and software has advanced to the point where problem solving capability in the test laboratory can be enhanced tremendously with a minimal investment. Due to the complexity of the market place for such equipment, and seemingly naive potential customers for such equipment, there is a danger for improper equipment to be purchased. Many salesmen are not sufficiently knowledgeable in application technology and may inadvertently mislead the customer. The paper describes some of the more important aspects to consider before purchase of such equipment and further deals with some basic concepts in both hardware and software for general stress laboratory testing.
Authors
Citation
Cain, K., "Practical Use of a Minicomputer for Stress Laboratory Testing," SAE Technical Paper 770753, 1977, https://doi.org/10.4271/770753.Also In
References
- Fuchs H.O. Nelson Drew V. Burke M.A. Toomay T.L. “Shortcuts in Cumulative Damage Analysis” SAE 73056.5 1973
- Fuchs H.O. “A Set of Fatigue Failure Criteria” ASME Paper No. 64 - Met - 1 Feb. 1964
- Tucker Lee Bussa Stephen “The SAE Cumulative Damage Test Program” SAE Paper No. 750038 1975
- Richards F.D. LaPointe M.R. Wetzel R.M. “A Cycle Counting Algorithm for Fatigue Damage Analysis” SAE Paper No. 740278 1974