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Predicting and optimizing the wear performance of tribological systems is of great interest in many mechanical applications. Wear modeling based on elastic foundation models can be used to predict the wear behavior of composite materials. Topology optimization has previously been used to improve the wear performance of a bi‐material composite surface without direct experimental validation. In this...
Due to the prevalence of sliding interfaces in mechanical assemblies, fast and reliable wear prediction capabilities are imperative for system design and analysis. This study investigates the rotary wear of multi-material composite systems that have thrust washer geometries. An analytical rotary wear model is developed to predict the rotary wear performance based on Archard's wear law and a Pasternak...
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