In aeronautics, additive manufacturing (AM) leads to specific benefits, mainly connected to
topological optimization for weight reduction, the decrease in “buy-to-fly” ratio, and the …

The capability for synergistic advancements in both making and sha** afforded by
additive manufacturing (AM) enables the flexible production of high-performance …

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

A new additively manufactured (AM) Al-7.5 Ce-4.5 Ni-0.4 Mn-0.7 Zr (wt.%) near-eutectic
alloy is reported, which shows unprecedented creep resistance up to 400° C (a homologous …

There is a strong demand for facile and cost-effective approaches for additive manufacturing
(AM) of aluminium (Al) alloy parts with high mechanical properties at both room and …

Metal additive manufacturing (AM) offers flexibility and cost-effectiveness for printing
complex parts but is limited to few alloys. Qualifying new alloys requires process parameter …

In this study, the modification of 0.70 wt% ScH 3 alone did not substantially fine the grain
and eliminate the hot-cracking of Al-Mg-Sc alloy, resulting in low strength of as-built material …

The complex process and thermal behavior of laser additive manufacturing will lead to
complex microstructure and property evolution. In order to enhance the processing efficiency …

Here, wire arc additive manufacturing (WAAM) is employed for the fabrication of Al-Cu-Mg-
Ag alloy, focusing on improving mechanical property via eliminating porosity and tuning …

Laser powder bed fusion (LPBF) processed Al–Ni alloys typically exhibit cellular structures,
contributing to superior strength at ambient temperature as the cell walls can effectively …