High manganese steels are promising candidates for applications in cryogenic
environments. In this study, we investigate the mechanical and microstructural responses of …

The paper aimed to study the evolution of the microstructure and texture gradient of a 321-
type metastable austenitic stainless steel during cold rotary swaging. Cold rotary swaging …

The dynamic impact response of AISI 321 steel at strain rate of 4000, 5500, 6500 and 7500
s− 1 was investigated using the split Hopkinson pressure bar system. The alloy samples …

Additively manufactured components often exhibit pronounced anisotropy due to the
heterogeneous microstructure generated by the complex and repetitive thermal cycling …

Additively-manufactured metastable high entropy alloys are emerging as promising
alternatives for energy absorption in protective equipment due to their exceptional ductility …

Strain partitioning and texture evolution of AISI 201 austenitic stainless steel were
investigated upon cold rolling up to a true strain of ε= 0.92. ε-martensite formation is the main …

The microstructure design and the development of predictive approaches exploiting the
transformation-induced plasticity (TRIP) effect require a keen understanding of the kinetics …

The dependence of the plastic anisotropy on the nominal strain rate for a medium-
manganese (10 wt.% Mn) transformation-induced plasticity (TRIP) steel with initial austenite …

The article presents the influence of structure formation on the properties of 321 metastable
austenitic stainless steel in the process of cold radial forging (CRF). The steel under study …

High-Mn austenitic steels are promising structural metallic materials for cryogenic-
temperature industries due to their good properties and economy. In this work, the cryogenic …