Abstract A cast Al-9Ce-0.75 Mn-0.18 Sc-0.12 Zr (wt%) alloy is designed to combine three
strengthening phases:(i) micron-scale Al 11 Ce 3 platelets formed during eutectic …

This study explored the consequences of incorporating Sc and Zr into hypoeutectic Al–9Ce
cast alloys, specifically investigating their influence on microstructure and mechanical …

This critical review examines past and current studies to enhance conductivity properties of
aluminum (Al) alloys. Fundamental principles governing metallic alloys' electrical and …

Al–20 wt% Ce alloy particles with varying eutectic morphologies and sizes were fabricated
using high cooling rate impulse atomization. Nanoindentation and in situ compression in a …

Al-7Mg alloy with different Ce and Zr additions were hot and cold rolled to investigate the
effects of chemical composition and rolling route on the microstructure and mechanical …

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 …

We characterize the microstructures and high-temperature mechanical properties of Al-2Ce
and ternary Al-2Ce-1X (at.%) alloys fabricated by laser powder-bed fusion (LPBF), where X …

The effects of Ni additions on microstructure and microhardness of near-eutectic Al-9Ce-xNi-
0.75 Mn-0.18 Sc-0.12 Zr (x= 2.5, 3.2, and 3.9 wt.%) alloys are investigated for various …

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 …

Super-gravity field was reported to strongly intensify the buoyancy-driven flow of liquid
during solidification, affecting the solute convection and morphology of eutectic structure in …