The study investigated the effect of twin boundaries on the microstructure and mechanical
properties of Inconel 625 alloy during hot/cold deformation and subsequent heat treatment …

Inconel 625 alloy tensile specimens fabricated by laser powder-bed fusion and subjected to
different post-processing treatments, such as stress relief annealing, low-temperature …

This study focuses on linking the mechanical properties of laser powder bed fusion-
processed IN625 alloy, more specifically its propensity for elevated temperature ductility …

The aim of this work was to evaluate the different phases formed during solidification and
after thermal aging of the as-welded 625 nickel-based alloy, as well as the influence of …

Alloy 625 is susceptible to significant precipitation hardening through the formation of γ
″(D0 22-NbNi 3) particles. These precipitates can form both during manufacture and in high …

Deformation behaviour in the Nickel-base superalloy 625 has been studied by tensile
testing at four temperatures: 295, 223, 173 and 77 K. The microstructure has been …

As with all alloys, the grain structure of the nickel-base superalloy 625 has a significant
impact on its mechanical properties. Predictability of the grain structure evolution in this …

The impact of a thermal overaging at 650° C on Alloy 625 high temperature low cycle fatigue
(LCF) and tensile properties was investigated. This prior thermal aging in the γ “precipitation …

In the current study, the microstructure and anisotropic mechanical properties of Inconel 625
superalloy prepared by selective laser melting were studied. Due to the cube texture and …

Alloy 625 is widely used for petrochemical, marine and aerospace applications owing to its
outstanding corrosion and mechanical properties at high temperatures. However, this alloy …