Critical Factors for Frequency-Dependent Fatigue Processes in Composite Materials

Critical Factors for Frequency-Dependent Fatigue Processes in Composite Materials

Several fatigue-test parameters, including cyclic frequency, prefatigue material conditioning (preloading and step loading) and test-control modes (strain control and load control) are investigated and their effect on the fatigue response of composite materials (B/epoxy and B/Al) is discussed. A con...

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Veröffentlicht in:Experimental mechanics 1976-09, Vol.16 (9), p.343-348
Hauptverfasser: Stinchcomb, W W, Reifsnider, K L, Williams, R S
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creator Stinchcomb, W W
Reifsnider, K L
Williams, R S
description Several fatigue-test parameters, including cyclic frequency, prefatigue material conditioning (preloading and step loading) and test-control modes (strain control and load control) are investigated and their effect on the fatigue response of composite materials (B/epoxy and B/Al) is discussed. A conceptual model based on the test results is offered to aid in the understanding of fatigue processes in composite materials and the effect of frequency on fatigue response. 17 ref.--AA.
doi_str_mv 10.1007/BF02330251
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title Critical Factors for Frequency-Dependent Fatigue Processes in Composite Materials
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