For metal matrix composites (MMCs), introduction of low-dimensional nano-carbon materials
(NCMs) into three dimensional metallic matrix is commonly applied to enhance mechanical …

Friction coefficient and wear rate are crucial performance indexes for the development of
nanomaterials, which are of great significance for realizing energy conservation and …

An integrated experimental and numerical study is performed to investigate the deformation
and fracture in aluminum matrix–carbide particle composites. Al-TiC and Al-B 4 C cylindrical …

By coating graphene oxide on the copper powder (Cu@ GO) and producing Cu@ GO-
reinforced Copper metal matrix composites (CMMCs), we demonstrate the damages of worn …

Zinc-based alloys, specifically Zn–Mg, have garnered considerable attention as promising
materials for biodegradable implants due to their favorable mechanical strength, appropriate …

This work studies the formation and evolution of residual stresses in metal matrix composites
with different volume fractions and sizes of reinforcement particles. The investigation was …

The deposition of a thin (several tens of microns) protective coating in atmospheric
conditions is a challenging task for surface engineering. The structural features and …

A numerical study is performed to investigate the deformation and fracture in metal matrix–
ceramic particle composites using Al6061T6 and ZrC as an example of the compound …

In this work, a highly wear-resistant cooper matrix composite reinforced by in situ formed
nano-NbC particles was synthesized by hot pressing mechanically alloyed Cu+ Nb+ C …

This work focused on the influence of TiC reinforcing particles on the tribological properties
of titanium matrix composites (TMCs) with open porosity, processed by spark plasma …