The homogeneous distribution of graphene nanoplatelets within a metal matrix is of utmost
importance in producing high-performance metal matrix composites with superior …

Bimodal reinforcement consisting of powders of large graphite flake (GF) and small
graphene nanoplatelet (GNP) were used to fabricate (GF+ GNP)/Cu composites to reduce …

Mono-dispersed and homogeneous carbon nanotube (CNT)/copper (Cu) composite
powders were fabricated by spraying pyrolysis (SP) method successfully. Subsequently …

Strong interface bonding and effective load-transfer are the guarantees for developing high
strength metal matrix composites (MMCs). Herein, the effect of residual oxygen in …

The present study investigates the evolution of texture components and strengthening
mechanisms that lead to achieve better mechanical properties in multiwalled carbon …

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

Classical powder metallurgy followed by either hot isostatic pressing (HIPing) or repressing–
annealing process was used to produce Cu–graphene nanoplatelets (GNPs) …

Dispersion of carbon nanotubes (CNTs) in metal matrix composites has been an unsolved
issue since the discovery of CNTs. This paper presents a newly developed fabrication …

Nano‑carbon reinforced metal matrix composites have gained much interest in recent years
to further develop the structural materials with high performance for engineering use …

Single-wall carbon nanotube (SWCNT) reinforced copper (Cu) matrix composites were
fabricated by a simple procedure of rotating mixing and then spark plasma sintering (SPS). It …