The expected excellent tribological performance of high-entropy alloys (HEAs) is rarely
achieved due to the absence of self-lubricating ability on the worn surface. In particular, the …

The remarkable progress in the fields of aerospace, transportation, electronic packaging,
and other industries has sparked a growing need for Al matrix composites (AMCs) with …

Dislocation strengthening plays a constructive role in exploring the improvement of
mechanical properties of deformed aluminum matrix composites. However, theories about …

Defective graphene can effectively improve the interface between graphene and Al matrix.
To further improve the interface bonding between graphene reinforcement and Al matrix …

In our previous study, a bulk carbon nanotube (CNT)-reinforced aluminum alloy matrix
composite with enhanced comprehensive mechanical properties was fabricated via an …

Ductility collapse is a stubborn issue for developing high-strength Al matrix composites
reinforced with carbon nanotubes (CNTs). In order to solve this problem, here we …

In this work, we propose a hybrid approach to solve the challenge of balancing strength and
ductility in aluminum (Al) matrix composites. While some elements of our approach have …

Purpose The metallic alloys and their components fabricated via laser powder bed fusion
(LPBF) suffer from the microvoids formed inevitably due to the extreme solidification rate …

To overcome the strength-ductility trade-off dilemma, herein we propose a hybrid in-situ/ex-
situ reinforced aluminum matrix composite to achieve a uniform dispersion of reinforcements …

To further explore more about the strengthening mechanism of graphene reinforce the nickel
based superalloy, introducing multiple lateral dimension size of graphene nanosheets …