We present an analysis of temperature-dependent atomic short-range ordering and phase
stability of the face-centered cubic CrCoNi medium-entropy alloy employing a combination …

Equimolar CoCrNi is driven towards a long-range structure with transformation
characteristics similar to that of a strain glass alloy due to the specific stoichiometry and …

High chromium superalloy K648, additive-manufactured by extreme high-speed laser metal
deposition (EHLMD) process, was heat treated by solution and then cooled at different …

Ni-based alloys containing significant amounts of Cr, may precipitate new phases during
long-term service at elevated temperatures. In Ni–Cr model alloys, the formation of Ni 2 Cr …

Nickel-based alloys are extensively used in a wide range of extreme environments because
of their exceptional mechanical properties. The excellent strength of these alloys is derived …

Abstract Deformation of Ni–Cr and Ni–Cr–Fe alloys has historically been understood to
occur through dislocation slip, while deformation-induced martensitic transformations are …

The precipitation of new phases during long-term service at elevated temperatures is a
concern for the thermal stability of engineering alloys. In Ni-Cr-based alloys, eg, Alloy 690 …

A complete microstructural characterization of the stoichiometric Ni 2 Cr alloy after different
ageing times in which different degrees of order are attained has been carried out. The study …

To understand how the precipitation of long-range ordering (LRO) in alloys affects molten
salt corrosion, two Ni-Cr model alloys—one in as-received (AR) condition, the other …

The layers in tristructural isotropic (TRISO) coated particle fuel are engineered to work as an
integrated system to limit failure and fission product release. Fission product release from …