Optimization of Discontinuous Fiber Composites

by Victor C. Li, Univ of Michigan, United States,
M. Maalej, Univ of Michigan, United States,
T. Hashida, Univ of Michigan, United States,



Document Type: Proceeding Paper

Part of: Engineering Mechanics

Abstract:

Discontinuous Random Fiber Reinforced Composites (DRFRC) exhibit different behaviors depending on their microstructural properties. Small fraction of fiber rupture can have a beneficial effect on the tensile and fracture energy properties of the composite. This paper briefly summarizes the results of an analytical model that predicts the pre-peak and post-peak bridging stress-COD relationship which accounts for fiber pull-out and rupture. The model can be used to optimize the design of DRFRC in terms of composite tensile strength and fracture energy.

Subject Headings: Composite materials | Fiber reinforced composites | Fabrics | Strength of materials | Optimization models | Material tests | Tensile strength

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