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Loads and Overloads - Their Effect on Product Life
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English
Abstract
Product design engineers have the responsibility for developing a product yielding satisfactory life for some given duty, at a reasonable cost. In the absence of an immediate failure, a product is many times subjected to loading which exceeds the design parameters, resulting in unanticipated short life and possibly poor product acceptance. Often, the ultimate user of a product, with little knowledge of the extensive effects of overloading, justifies this practice with false economics. It is the purpose of this paper to illustrate the relationship of loading to product life. With this basic understanding, it is hoped that products will be used more effectively and not abused.
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Authors
Citation
Hapeman, M. and Kreitler, F., "Loads and Overloads - Their Effect on Product Life," SAE Technical Paper 730443, 1973, https://doi.org/10.4271/730443.Also In
References
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- Palmgren “Ball and Roller Bearing Engineering.”
- Hapeman “General Electric Motorized Wheel.” AGMA paper 109.24 May 1971
- Smith Hirschberg Manson “Fatigue Behavior of Materials Under Strain Cycling in the Low and Intermediate Range.” NASA Technical Note D-1574
- Reed and Mitchell “Low Temperature Mechanical Properties of Copper and Selected Copper Alloys.” National Bureau of Standards Nomograph 101
- Gurney T. R. “Fatigue of Welded Structures.” Cambridge University Press