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Fatigue Considerations for FRP Composites
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Sector:
Event:
Fatigue Conference
Language:
English
Abstract
An introduction to the fatigue properties of Fiber Reinforced Plastic (FRP) composites is given. The implications of these properties in the design of composite structures are stressed. Topics covered include: an overview of FRP composites, a definition of fatigue and fatigue testing, a comparison of typical metal and FRP fatigue mechanisms, and a discussion of the major fatigue design considerations for FRP composites. Finally, a system’s view is presented to illustrate the inter-dependence of material, design, and processing considerations in fatigue of FRP composites.
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Authors
Citation
Riegner, D. and Hsu, J., "Fatigue Considerations for FRP Composites," SAE Technical Paper 820698, 1982, https://doi.org/10.4271/820698.Also In
References
- Sanders B. A. Heimbuch, R. A. “Engineering Properties of Automotive Fiber Reinforced Plastics” Conference on Environmental Degradation of Engineering Materials Virginia Polytechnic Institute and State University Blacksburg, Virginia October 1977
- Riegner D. A. Sanders, B. A. “A Characterization Study of Automotive Continuous and Random Glass Fiber Composites” Proceedings of the National Technical Conference Society of Plastics Engineers Detroit, Michigan November 1979
- Heimbuch R. A. Sanders, B. A. “Mechanical Properties of Automotive Chopped Fiber Reinforced Plastics” ASME Winter Annual Meeting 1978
- Agarwal B. D. Brontman, L. J. “Analysis and Performance of Fiber Composites” John Wiley and Sons New York 1980 245
- Mandell, J. F. Huang, D. D. McGarry, F. J. “Tensile Fatigue Performance of Glass Fiber Dominated Composites” 36th Annual Conference Society of the Plastics Industry February 1981 Section 10-A