Graphene has been demonstrated as an effective reinforcement for metal matrix composites,
due to its excellent mechanical properties, robust chemical inertness, thermal stability, and …

Owing to the unfavorable wetting and density difference between graphene and copper, it
remains challenging to achieve homogeneous dispersion of graphene for utilizing the …

Graphene, with its excellent mechanical properties and electrical conductivity, has been
considered as an effective reinforcement phase for copper matrix composites. However, due …

Graphene is an effective reinforcement for metal matrix composites due to its excellent
mechanical properties, high specific surface area, chemical inertness, and thermal stability …

Graphene is highly efficient in reinforcing metal matrix composites due to its intrinsic
ultrahigh mechanical properties. Several synthesis methods have been developed to …

Graphene nanosheets have shown great potential in enhancing the strength of metal
composites. In previous researches, reduced graphene oxide (rGO) are usually used as the …

Recently, copper matrix composites reinforced with graphene or graphene-like carbon
nanosheets (GNS) have attracted great attention due to their excellent properties. However …

The application and performance of graphene-reinforced composites can be benefited from
the easy fabrication of graphene and good dispersion of them in the matrix. Here we …

The dispersion of graphene in copper matrix and their interfacial bonding quality decisively
determine the comprehensive performance of graphene/copper composites. To explore the …

Incorporation of graphene into copper matrix composites is a powerful method to improve
the mechanical property and wear resistance of copper. However, it remains as an unsolved …