Remanufacturing has emerged as an effective strategy to promote sustainability, reduce
waste, and enhance resource efficiency in modern manufacturing processes. However …

The direct laser deposition (DLD) process has seen rigorous research in the past two
decades due to its ability to directly manufacture products followed by minimal machining …

Additive manufacturing (AM) technology has opened up new opportunities to efficiently
synthesize alloys and produce near-net shape components. In this study, Ti-doped Inconel …

This study investigated the tensile behavior of laser powder direct energy deposited (LP-
DED) Inconel 625 at temperatures ranging from cryogenic (− 195° C) to an elevated …

This paper investigated the microstructure and fatigue behavior of PM-HIPed Inconel 625.
The microstructure was composed of γ phase and (Mo, Nb) carbonitrides located mostly on …

The study reports that the combined use of in situ interlayer hot forging and post-deposition
heat treatment (PDHT) could alter the typical coarse and oriented microstructure of the Ni …

Purpose Wire arc additive manufacturing (WAAM) is one of the most researched and fastest-
growing AM technique because of its capability to produce larger components with medium …

Abstract Inconel 625 (IN625) and Inconel 718 (IN718) samples were fabricated using laser
powder bed fusion (L-PBF) and the effects of neutron irradiation on their microhardness …

Ni-based superalloy 718 fabricated via arc plasma direct energy deposition (IN718 AP-DED)
exhibit a limited response to heat treatment due to its coarse primary microstructure and …

The present investigation highlights a comparison of strain-controlled low cycle fatigue
(LCF) behaviour between the additively manufactured (AM) and wrought (WR) Inconel625 …