Abstract Recently, a novel Ni–Cr–Co-based superalloy has been developed in China,
exhibiting exceptional overall characteristics such as favorable mechanical properties at …

Nickel-based superalloys are extensively used in the crucial hot-section components of
industrial gas turbines, aeronautics, and astronautics because of their excellent mechanical …

This work aims to investigate the effect of the process parameters on the densification and
microstructure of Inconel 939 (IN939) alloy processed by laser powder bed fusion (LPBF) …

The applicability of the diffusion brazing technique for joining IN-939 superalloy using a Ni-
Cr-B interlayer was assessed. The phases formed during the brazing process in the …

The phase transformation during diffusion brazing of high chromium Ni-based Inconel 939
superalloy, using a ternary Ni-14.9 Cr-3.7 B (wt.%) interlayer was studied. The …

The main scope of this study investigated the occurrence of liquation cracking in the heat-
affected zone (HAZ) of IN738 superalloy weld, IN738 is widely used in gas turbine blades in …

This paper examined the effect of Si addition on the cracking resistance of Inconel 939 alloy
after laser additive manufacturing (AM) process. With the help of CALculation of PHAse …

Conducting the diffusion brazing cycle at 1120° C for 45 min led to the completion of
isothermal solidification and formation of a single-phase Ni-rich γ-solid solution at the joint …

An effort was made to assess the applicability of using transient liquid phase bonding
technique to join a nickel-based precipitation-hardened superalloy (Inconel 939) to a solid …

Pulsed laser welding was used to join ultra thin Inconel 718 alloy foils whose thickness was
0.2 mm. A fixture was designed to obtain the edge joint. The joint geometry and hot cracking …