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Static, Cyclic, and Fatigue Property Correlations
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English
Abstract
The results of an experimental and theoretical study relating to the stabilized cyclic state of materials and fatigue are presented. Using the power-law relationships credited to Manson and Coffin, excellent correlations are found to exist between virgin tensile properties and low-cycle fatigue failures for 2024-0 and 2024-T351 aluminum alloys, as well as annealed and hard OFHC copper. Constant strain-range fatigue tests up to a fatigue-life of 104 cycles under axial loading conditions at 3-15 cpm are reported. The elastic and plastic components of strain, as measured from stabilized hysteresis loops are employed with the failure data to derive fatigue equations and the cyclic stress-strain envelope curve for each material.
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Citation
Younger, D., "Static, Cyclic, and Fatigue Property Correlations," SAE Technical Paper 710598, 1971, https://doi.org/10.4271/710598.Also In
References
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