The demand for advanced materials such as silicon carbide particles reinforced copper
matrix composites (Cu-SiC) is increasing due to the stringent design requirement in the …

Immiscible metallic systems provide new opportunities for tailoring material properties due to
their unique microstructure. However, they are immiscible in the liquid state, or separate into …

Cu-CNT composites were fabricated by a flake powder metallurgy method, and their
microhardness, electrical conductivity, frictional and wear properties were investigated …

Copper matrix composite reinforced with SiC exhibits high electrical and thermal
conductivity, as well as superior mechanical properties, making it a potential candidate for …

There are many engineering applications in which composite materials are required to
satisfy two or more criteria regarding physical and mechanical properties. In this article, Al …

During the mechanical milling of powders for the production of metal matrix composites, the
work hardening of metals occurs along with the distribution of reinforcing particles, which …

In this study, SiC particle (SICP)-and SiC whisker (SICW)-reinforced Cu composites were
prepared by pulse intermittent deposition and subsequent spark plasma sintering (SPS) …

While nanocrystalline (NC) metals exhibit superior strength to conventional microcrystalline
metals, their thermal instability has hampered their application at high temperatures. Herein …

A low mass fraction of TiC nanoparticles was successfully introduced into a Mg-4Zn-0.5 Ca
matrix alloy using mechanical stirring together with ultrasonic treatment. As the mass fraction …

To solve poor engineering performance of copper-tungsten alloys operated at high
temperatures, 3D network tungsten frameworks were prepared using a selective laser …