The Detailed Study of Interphase Composition Affecting the Ceramic Matrix Composites: A Review

Karan Singh

Abstract


The fiber/matrix interface plays a significant role in determining the fracture behavior and mechanical properties of ceramic matrix composites. The critical driving force in the development of fiber reinforced ceramic composites has been the benefit of graceful failure and damage tolerance. In contrast to brittle ceramics, ceramic composites can survive local damage and inelastic deformation without catastrophic failure. The current research presents a review of interphase composition affecting the ceramic matrix composite.

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