The current work investigates the viability of utilizing a friction stir deposition (FSD)
technique to fabricate continuous multilayer high-performance, metal-based nanoceramic …

With a strive to develop light-weight material for automotive and aerospace applications,
aluminum-based hybrid nano-composites (AHNCs) were manufactured utilizing the …

A heterostructuring strategy is an effective approach for abiding problems referred to as the
strength-ductility trade-off. However, tailoring the heterostructure is an arduous problem …

This paper examines the microstructure evolution and thermal properties of Al/Ti composites
with different volume fractions of Ti. The laminated composites were first fabricated by the …

Porous carbon fiber-reinforced Al-Si alloy matrix composites and carbon fiber felt-reinforced
Al-Si alloy matrix composites with carbon content of 10 wt.% were prepared by die casting …

In this study, pure titanium (Ti) and Ti-6Al-4 V (TC4) matrix composites reinforced with 50
vol% graphite flake (GF) were fabricated by spark plasma sintering (SPS) respectively. The …

In the present research an Al–7.7% Mn–4.9% Zr–3.2% Cu (wt%) alloy was processed by
mechanical alloying (MA) followed by hot press sintering. The microstructure, phase …

Abstract Al1050/(Fe–Cu) hybrid surface composite was produced using friction stir
processing (FSP). The effects of the weight fraction ratio of Fe and Cu powders in the …

In this paper, Ni coatings with different thickness (∼ 0.21 μm,∼ 0.46 μm,∼ 0.65 μm,∼ 0.76
μm) were applied on the surface of carbon fiber (CF) by electroless plating process and …

Nano-diamond (ND) is a special ultrafine reinforcement whose agglomeration properties
and weak interfacial bonding limit its application in aluminum matrix composites. This study …