High-entropy alloys (HEAs) have garnered significant attention across various fields owing
to their unique design incorporating multi-principal elements and remarkable …

A novel concept of developing multi-principal elements, or compositional complex alloys is
referred as high-entropy alloys (HEAs). This review addresses the role of entropy in alloying …

The objective of present study was to develop a medium-Mn steel with superior tensile
properties using machine learning. For this purpose, 1075 datasets on tensile properties of …

Abstract A Fe-8.9 Mn-1.59 Si-1.0 Al-0.25 C medium-Mn steel have achieved a superior
combination of strength and ductility, ie, the product of strength and elongation (PSE) of 66.5 …

In this study, the effect of microstructural and micro-textural evolution on tensile properties in
hot forged (HF) and hot rolled (HR) medium-Mn steel containing∼ 4 wt% Ni is systematically …

The present work elucidates the complex interplay between the changes in the
microstructural features and tensile properties in a Ni-modified medium manganese steel …

This work performed a CALPHAD-guided design strategy to develop high strength-ductility
Mg–Y–Al alloy by taking advantage of the strengthening effect of the LPSO phase and the …

To expand the use of medium Mn steels for the production of automotive and structural
components intended for cryogenic applications, the present study focuses on attaining an …

Serration is a complex issue in medium-Mn steel, associated with a jerky metal flow and
deformation banding. The problem has been well debated over the decades. In order to …

In the present work, the effect of intercritical annealing on Fe–8Mn–4Al-3.5 Ni-0.8 Si-0.25 C
(wt.%) medium-Mn steel, processed through two different processing routes viz. intercritical …