Integrating ceramic particles into aluminum matrices poses significant challenges due to
their limited wettability and high specific volume ratio. This research focused on develo** …

In this study, the influence of homogenisation heat treatment effect on Zn–3Mg alloy
proposed for biodegradable bone implants was investigated. The alloy was developed via …

Ce element was introduced to modify Al-2% Fe (mass fraction) binary alloy. The
microstructures, crystallization behavior, electrical/thermal conductivities and mechanical …

The micro-alloying is promising in improving the mechanical properties, thermal
conductivity, and castability of the near-eutectic Al-Ni alloys, enabling them to be formed via …

Aluminum matrix composites (AMCs) reinforced by CNTs as lightweight structural materials
gain extensive attention. However, the crucial issue limited its application breadth is the poor …

Abstract The Al–Si–Cu–Mg cast alloy was modified with additions of Ti–V–Zr to improve the
thermal stability of intermetallics at increased temperatures. A combination of electron …

The microstructure, mechanical properties, electrical/thermal conductivity, and rheological
behavior of Al-5Ni alloy with different Ce contents were systematically investigated. The …

This research aimed to investigate the effects of bismuth (Bi) and phosphorus (P) addition on
the microstructure and roughness of a B390 hypereutectic Al-Si alloy. Microstructural …

The influence of Sr additions on the microstructure of primary and eutectic Mg 2 Si phases,
wear and corrosion behaviour of Al–Mg 2 Si–Cu in-situ composite was investigated. The …

This paper investigates the effects of strain rate and test temperature on the tensile
properties and deformation behavior of a recently developed high-ductility cast aluminum …