This article will provide an overview of state-of-the-art combinatorial/high-throughput
methodologies and tools for accelerated materials research and discovery. Combinatorial …

A large number of engineering alloys consist of two ductile phases; for example α/β titanium
alloys, α/β brasses and dual phase steels. Whenever a material consisting of two or more …

The effects of prior austenite (γ) grain boundaries and microstructural morphology on the
impact toughness of an annealed Fe-7Mn-0.1 C-0.5 Si medium Mn steel were investigated …

We report the mechanical and microstructural characteristics of a medium-entropy alloy, Co
17.5 Cr 12.5 Fe 55 Ni 10 Mo 5 (atomic percent, at%) at cryogenic temperatures, down to a …

Steels containing reverted nanoscale austenite (γ RN) islands or films dispersed in a
martensitic matrix show excellent strength, ductility and toughness. The underlying …

In this study, fracture toughness was evaluated at room and cryogenic temperatures for a
metastable Si 8 V 2 Fe 45 Cr 10 Mn 5 Co 30 (at.%) alloy, and roles of deformation-induced …

The microstructure of partially reversed lath martensite in 13% Cr–6% Ni steel was
examined by electron backscatter diffraction, and the crystallographic character of the …

Abstract The high Mn steel (Mn≥ 20 wt.%) is widely applied because of excellent cryogenic
properties. In the fusion-welded high-Mn steel joint, the Mn vapor and segregation degrade …

Granular bainite, where MA constituents dispersed in bainitic ferrite matrix usually presents
at the half thickness region in thermo-mechanically processed heavy gauge offshore …

Austenite stability is essentially important in improving the cryogenic toughness of cryogenic
Ni steels and guiding the development of Ni-saving cryogenic steels. The austenite stability …