Structural, Wear and Thermal Behavior of Copper Metal Matrix Composites: A Review

Materials have always been a prime area of research in the development and advancement of new technologies. Metal matrix composites have gained importance due to their low weight and high strength, low coefficient of thermal expansion, good wear resistance and capability to withstand high temperatures. Various researchers have undertaken wide variety of research works in the field of copper matrix composites involving diverse fabrication techniques and varied reinforcement. This paper presents a comprehensive review of selected research works undertaken in the field of copper matrix composites wherein phase analysis, microstructure, hardness, wear and thermal behavior are discussed.