Additive manufacturing (AM) has recently become an increasingly popular form of
production due to its advantages over traditional manufacturing methods, such as …

Abstract Yittria stabilized zirconia (5–25weight%) reinforced Inconel 625 composite
claddings were developed using TIG welding. The optimal TIG welding process parameters …

In this study, nano-CeO 2 particles as nucleating agents were incorporated into Ni625 alloy
powder by ball milling method, with the aim of inhibiting occurrence of liquation crack during …

Dual-layer structures of inconel 625 (In625) alloy have been deposited by laser-cladding on
low alloy steel substrates for corrosion protections at elevated temperatures. Structural and …

This work investigates the microstructure and corrosion characteristics of an Inconel 625
weld cladding deposited by the electroslag welding (ESW) process with a single layer on an …

Circular oscillating laser was used as a heat source for additive manufacturing to fabricate
Inconel 625 alloy. This study focused on the influences of the circular beam oscillation on …

A clad layer of Inconel-625 alloy was successfully deposited on the surface of AISI-304
stainless steel substrate using the tungsten inert gas welding process. Claddings of similar …

As a result of their excellent creep strength at high temperatures, oxide dispersion
strengthened alloys are attractive candidates as structural materials for high temperature …

The manufacturing industry's focus on achieving surfaces with advanced mechanical
performance is driven by objectives of competitiveness, sustainability, and efficiency. This …

The primary goal of this work was to examine the impact of heat treatment on the evolution of
microstructure and mechanical properties of NASA HR-1 cold spray coatings. Coatings were …