A comprehensive literature review on recently rediscovered Co-and/or CoNi-based
superalloys, strengthened by the γ'phase, revealed a relationship between the …

In the present work the microstructural evolution, tensile properties, and deformation
behavior of additively manufactured equiatomic CoCrFeMnNi high entropy alloy (HEA) were …

Hot cracking is a major challenge in the additive manufacturing of Ni-base superalloys. Most
cracking indicators only consider the alloy composition and its effects on solidification …

This study examines the segregations and the precipitation appearing during the
solidification path of a Co-Ni-Al-W-Ta-Ti-Cr γ/γ'cobalt-based superalloy processed by …

Abstract In this study, Co-Al-W superalloys forming γ/γ'microstructures were fabricated by
laser-directed energy deposition and investigated with respect to their susceptibility to hot …

The cracking behavior of a high γ′ volume fraction CoNi-base superalloy fabricated via
laser powder bed fusion (LPBF) is studied in relation to the content of carbon and boron …

A newly developed CoNi-based superalloy is demonstrated to be tolerant of a wide range of
laser powder bed fusion print conditions, with limited defect content and high relative …

A supersaturated γ phase microstructure is produced in Ni-based superalloys using laser
powder bed fusion (L-PBF)–the cooling rate arising from the process is shown to suppress …

In this study, high-temperature nitriding was used to improve the surface hardness and wear
resistance of Co–27Cr–22Fe alloy in a thermogravimetric analyzer. The high-temperature …

Gas turbines feature many components that require superalloys capable of handling
extreme thermal environments. Increasing the selection of materials available for these …