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Stefan Prüger, Lars Mehlhorn, Uwe Mühlich and Meinhard Kuna Study of Reinforcing Mechanisms in TRIP-Matrix Composites under Compressive Loading by Means of Micromechanical Simulations Advanced Engineering Materials 15

Version of Record online: 20 MAR 2013 | DOI: 10.1002/adem.201200323

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Particle reinforced TRIP-matrix composites, consisting of partially stabilized zirconia particles embedded in a TRIP-steel matrix, show a very heterogeneous phase transformation behavior. It is due to both the stress concentration and the void formation as a result of interface decohesion. The figure depicts the distribution of martensite volume fraction in the matrix and the volume fraction of monoclinic zirconia in the particle after uniaxial compression ϵ = 0.35.

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