High-performance engineering alloys, such as 7000 series aluminum alloys, suffer poor
printability in laser powder bed fusion (LPBF) additive manufacturing. An enormous …

Here, we have approached to discover new aluminum (Al) alloys with the assistance of
artificial intelligence (AI) for the enhanced mechanical property. A high prediction rate of …

Abstract In this study, Al–15Zn–0.5 Mg–Sc–Zr alloys with different Sc and Zr contents were
fabricated by casting, rolling, solution treatment, and aging at low and high temperatures …

This work probes the effect of ultrasonic melt treatment (UST) on primary intermetallic
particles and α-Al using pure Al and Al–Zr alloys (Al–0.3 Zr–0.1 Ti, Al–0.5 Zr, Al–0.5 Zr–0.5 …

To uncover the mechanical performance and micro-structure of Al/L1 2-Al 3 Zr interface
through density functional theory, four interface models are investigated considering two …

The effect of single or combined micro-additions of tungsten (0.03 at.%) and silicon (0.02–
0.40 at.%) on the evolution of Al 3 (Zr, Er)(L1 2) nanoprecipitates in a cast Al-0.11 Zr-0.005 …

The different influence of Zr and Fe particle additions on the microstructure and mechanical
behavior of 7075Al matrix composites reinforced with 40 vol% SiC p has been systematically …

The precipitation behavior of an Al-0.08 Zr-0.08 Hf-0.045 Er at.% alloy with micro-additions
of Si and/or Fe was investigated using microhardness and electrical conductivity …

The partitioning behavior of tungsten is studied in two dilute Al-Er-W and Al-Zr-W alloys
aged isochronally up to 400 and 475° C, to form L1 2-structured Al 3 Er and Al 3 Zr …

In the present work, the thermodynamic description of the Ti–Al–Zr ternary system was
assessed by taking into account the ab initio data on the formation enthalpies of end …