Research on powder-based additive manufacturing of aluminium alloys is rapidly
increasing, and recent breakthroughs in printing of defect-free parts promise substantial …

Exciting metallurgical breakthroughs of the last decades alongside the development and
wide-ranging availability of new and more capable experimental and theoretical tools for …

In this study, a high-strength and heat-resistant Al–Ce–Sc–Zr alloy was designed and
fabricated by additive manufacturing. The as-built alloy shows an excellent combination of …

Existing additively manufactured aluminum alloys exhibit poor creep resistance due to
coarsening of their strengthening phases and refined grain structures. In this paper, we …

Abstract An Al–10Ce-8Mn (wt%) alloy was designed and fabricated by laser powder bed
fusion additive manufacturing (AM). The rapid cooling rates of the AM process produced a …

Poor mechanical strength and creep resistance limit the orthopedic application of
biodegradable Zinc (Zn). In present work, cerium (Ce) was alloyed with Zn using laser …

The microstructure and mechanical properties of two die-cast hypoeutectic Al-Ce-based
alloys modified with Sc, Zr and Er micro-additions–Al-1.5 Ce-0.14 Sc-0.03 Zr with high Sc …

The deformation and failure mechanisms of Al-9Cu-6Ce (wt%) based alloys fabricated with
laser powder bed fusion were investigated from room temperature to 400° C. The yield and …

Abstract The capability of Al–Ce binary alloys, containing from 5 to 20 wt% Ce and ranging
from hypo-to hypereutectic compositions, to retain strength at high temperatures was …

Abstract High-temperature Al-9Cu-6Ce and Al-9Cu-6Ce-1Zr (wt%) alloys were designed for
fabrication with laser powder bed fusion additive manufacturing (AM). An ultra-fine eutectic …