The current article deals with a moving boundary problem describing solidification of a
eutectic alloy in a semi-infinite medium. The process of solidification of a eutectic alloy is …

Al–Co alloys of various compositions (2–20 wt% Co) have been fabricated by vacuum arc
melting and evaluated with respect to their microstructure and dry sliding wear performance …

Abstract Al–Cu–Si ternary eutectic alloys with a bimodal eutectic structure exhibit a good
combination of strength and plasticity owing to the multiscale hierarchical microstructure …

We investigate solidification of an Al-Cu alloy as a model system to understand the
emergence of patterns (such as lamellar, rod and maze-like) within eutectic colonies. To …

This study investigates the compressive creep response of hypo-and near-eutectic Al-Ce
alloys via finite-element modeling (FEM), by considering the composite response of a weak …

Mg-Si alloys were investigated in terms of their microstructural characteristics and tensile
properties, by varying solidification cooling rate and Si content. This type of investigation …

This study examines the roles played by crystal growth rates (V) and cooling rates (T ̇) on
the microstructural evolutions of hypoeutectic (0.7 wt% Co), eutectic (1.0 wt% Co) and …

Purpose The purpose of this study is to investigate the deposition of SS–Al transitional wall
using the wire arc directed energy deposition (WA-DED) process with a Cu interlayer. This …

A quaternary eutectic Al–Cu–Si–Mg alloy with a nano-/ultrafine microstructure was tailored
by alloy composition selection and controlled solidification. For the Al 77.2 Cu 12.4 Si 7 Mg …

Ultra-thin microstructures of eutectic aluminum alloys have attracted attention due to their
excellent mechanical properties. In this context, it is known that the massive production of …