Laser Cladding is one of the developing manufacturing techniques used for diverse
applications such as coating, repairing and prototyping. Complex processing phenomena …

Laser powder–based directed energy deposition (DED) is a specific additive manufacturing
process that offers an effective way to fabricate parts via simultaneous delivery of powders …

This paper provides a review of the current state of the art in modeling of laser direct metal
deposition and cladding processes and identifies recent advances and trends in this field …

The supplying powder jet conditions in a direct deposition process greatly influence the
quality and property of deposition products. Coaxial powder flow provides the means of …

Abstract Laser-based Direct Energy Deposition (L-DED) is one of the most commonly
employed metal additive manufacturing technologies. In L-DED, a laser beam is employed …

Purpose–This paper sets out to summarize the current research, development, and
integration of a hybrid process to produce high‐temperature metallic materials. It seeks to …

Laser cladding technology is used for coating deposition, worn surfaces repairing, and direct
fabrication. However, the technological complexity and high cost prevents its wide industrial …

The results of theoretical and experimental investigations of direct metal deposition (DMD)
processes involving a CO 2-laser with the power up to 5 kW and wave length of 10.6 μm are …

This paper presents an overview of vertically integrated comprehensive predictive modeling
capabilities for directed energy deposition processes, which have been developed at …

Extreme high-speed laser cladding technology (EHLA) is widely employed in critical parts
manufacturing and repairing due to its high efficiency. The appearance and quality of the …