The wear behavior of polymer composites is an important issue in industrial applications. When examining the wear behavior of polymer composites, it is important to determine the relationship between parameters such as material properties, surface properties, temperature and wear mechanisms. Various modeling methods have been developed to determine the wear behavior of polymer composites. This article examines the modeling of the wear behavior of polymer composites and reviews existing methods. A general evaluation of studies on modeling the wear behavior of polymer composites is presented.

Studies in the literature generally address various mathematical approaches to describe the wear behavior of polymer composites. In particular, existing approaches to mathematically describe the friction and wear behavior of multicomponent systems are examined. In the studies to be carried out, setting up an experimental setup in a laboratory environment, mathematical modeling or computer-aided simulation modeling can be carried out. However, within the scope of the study, modeling using Finite Element Method (FEM), Artificial Neural Network (ANNs), experimental setup and mathematical modeling were examined. Additionally, the development of new hybrid polymer matrix composites and the study of their wear behavior are also discussed.