Strength-ductility trade-off is usually an inevitable scenario in most engineering materials,
including metal matrix composites (MMCs) where reinforcement particles significantly …

Nowadays, advanced aluminum matrix composites (AAMCs) are known as the dominant
emerging materials employable in different industrial sectors. The reason behind the use of …

Aluminum matrix composites (AMCs) often have low ductility, which has been a long-lasting
issue in the last few decades. This problem arises largely from the non-deformability of …

Additive manufacturing has gained increasing interest to fabricate metal matrix composites.
Particle agglomeration remains a critical challenge and can severely compromise the …

We report on a study of the design, phase formation, microstructure, mechanical behavior
and strengthening mechanisms of a novel single-phase Co 25 Ni 25 Fe 25 Al 7.5 Cu 17.5 …

The incorporation of micro-and nano-sized SiC particles (micro-& nano-SiCps) into Al matrix
constituted the micro-& nano-SiCp/Al composites through powder metallurgy. A unique …

The effects of nanosized reinforcement particles on precipitation reactions in age-
hardenable Al alloy matrix composites have been largely unknown. In this work, an Al–Zn …

The attainment of intimate and strong interface is critical for promoting the load transfer
ability and strength of graphene/metal composites. Herein, we reported an interface design …

The strong interface is an essential requirement to ensure the effective load transfer of
graphene/Cu composites. Here we attempted to improve the interface adhesion and …

A graphene defect engineering strategy was proposed in this work to tailor the interface and
mechanical properties of graphene/Cu composites. Plasma treatment was used to create …