Copper matrix composites doped with ceramic particles are known to effectively enhance
the mechanical properties, thermal expansion behavior and high-temperature stability of …

Copper is equipped with excellent electrical and thermal properties. However, its poor
mechanical properties and poor high-temperature stability prevent its extensive used in …

Powder metallurgy (PM) route was used to prepare copper matrix composites (CMCs). The
reinforcement (B 4 C, fly ash, and W) and the copper particles were blended, compacted …

As the world is shifting towards renewable sources of energy, the demand for copper is
increasing due to its excellent electrical and corrosion resistance properties. Although …

The trade-off between strength and ductility has been a dilemma in copper matrix
composites. In this work, we introduce a way of strengthening copper matrix composites …

The increase in both power and packing densities in power electronic devices has led to an
increase in the market demand for effective heat-dissipating materials with a high thermal …

High-energy milling was used for production of Cu–Al2O3 composites. The inert gas-
atomized prealloyed copper powder containing 2 wt.% Al and the mixture of the different …

Cu composites strengthened through carbide nanoparticle dispersions (CDS–Cu) usually
present a problematic agglomeration of nanoparticles that deteriorate their mechanical …

Powder metallurgy is a preferred method of processing copper–carbon composites due to
the non-wetting nature of these materials. Porosities are inherently introduced in these …

W–Cu composite materials are widely used in civilian industries and aerospace fields owing
to their integrated properties of high hardness, wear and arc resistance, electrical and …