In the last years, functionalized powders are becoming of increasing interest in additive
manufacturing (particularly in laser powder bed fusion processing, L-PBF), due to their …

Laser powder bed fusion (L-PBF) and direct laser deposition (DLD) are the two main
processes currently used in the additive manufacturing (AM) of metals. For both methods …

In the current investigation, a comparison between two type 4130 low-alloy steel powders
produced by both gas and water atomization, and later processed by Laser-powder bed …

The journey of production tools in cold working, hot working, and injection molding from
rapid tooling to additive manufacturing (AM) by laser-based powder bed fusion (L-PBF) is …

A water atomized 4130 steel powder was processed by Laser powder bed fusion and
investigated both in as-built condition and after quench and tempering thermal treatment …

Additively manufactured (AM) components offer superior design flexibility compared to their
conventionally manufactured counterparts and require process parameter optimization to …

Water atomisation can produce metal powders faster and at lower cost than gas atomisation,
but it is well known that the powder particles are irregular and may contain a large number of …

The opportunity to process pure copper through additive manufacturing has been widely
explored in recent years, both in academic research and for industrial uses. Compared to …

We develop a pre-alloyed water-atomized (WA) iron powder for laser powder bed fusion
(LPBF)-based 3D printers; such a powder has never been used for 3D printing. The powder …

The microstructure and mechanical properties of a 4130-grade steel processed by L-PBF
using a feedstock of low-cost water atomized powder have been investigated considering …