The present review article evaluates the research and progress status of Cu–Ni–Sn-based
spinodal alloys focussed on the methods and technologies implemented to enhance the …

Combined effects of the cooling rate, alloy composition, and crystal-melt (CM) interfacial
anisotropy on solidification of Al-Cu alloys are studied by integrating molecular dynamics …

Abstract Al-2.5 wt% Cu alloys with different Sc additions (0, 0.1, 0.3, 0.5 wt%) are studied in
comparison to reveal the Sc microalloying effect on precipitation, room temperature …

In this study, alloys with composition of equi-atomic substituted TiZrHfNiCu, TiZrHfNiCuCo,
and TiZrHfNiCuNb high-entropy alloys (HEAs) were produced by suction casting method …

This paper analyzes the effect of both solidification and heat treatment process on
microstructure, microhardness, electrical resistivity and electrical conductivity (ρ and σ) in an …

In the present experimental investigation, Al–3 wt% Cu and Al–3 wt% Cu–0.5 wt% Mg alloys
castings are produced by a horizontal solidification technique with a view to examining the …

The increasing demand for reducing vehicle weight in the automotive and aerospace
industries has raised the need to develop improved structural aluminum-based alloys. Thus …

In this work, solidification and T6-heat treatment experiments were performed with the
Al7Si0. 3Mg alloy in order to investigate the effect of processes parameters on the …

Phase field method (PFM) is a simulation tool to predict microstructural evolution during
solidification and is helpful to establish the process-structure relationship for alloys. The …

An experimental study with an A356-AlSiMgFe alloy was developed to evaluate the
microhardness performance in the microstructure resulting of an unsteady-state horizontal …