Metal matrix composites (MMCs) are promising alternatives to metallic alloys. Their high strength-to-weight ratios; high temperature stabilities; and unique thermal, electrical, and chemical properties make them suitable for automotive, aerospace, defense, electrical, electronic, energy, biomedical, and other applications. The wide range of potential combinations of materials allows the properties of MMCs to be tailored by manipulating the morphology, size, orientation, and fraction of reinforcement, offering further opportunities for a variety of applications in daily life. This Special Issue, "Metal Matrix Composites", addresses advances in the material science, processing, material modeling and characterization, performance, and testing of metal matrix composites.
Keywords: 3D finite element model; Diamond/Cu composites; NISFAC process; SiCp/Al composites; aluminum nitride; corrosion behavior; exothermic reaction; material removal; metal matrix composites; neutral salt spray; nitridation; scratch test; surface defect; thermal conductivity.