As-hot-rolled medium-entropy alloys (MEAs) with unevenly distributed grain sizes of face-
centered cubic grains exhibit better yield strength without uniform elongation loss compared …

Hot rolling triggers dynamic recrystallization and dislocation-based microbands.
Dislocations within these microbands in as-hot-rolled metastable medium-entropy alloys …

Despite their complex composition, high-entropy alloys (HEAs) have a simple structure and
have been extensively researched for their ability to achieve unique properties through …

This paper describes the main results from an experimental investigation into tailoring the
phase content and grain structure for high strength of a microstructurally flexible high …

Simultaneous strength–ductility enhancement of a high-entropy alloy via cold rolling and
annealing is difficult. Cold rolling and annealing were performed on an as-cast Fe 35 Co 21 …

High-entropy alloys (HEAs) have attracted extensive interest due to their unprecedented
structure and mechanical performance. We recently proposed a series of novel corich …

Significant benefits of either heterogeneous microstructures or deformation-induced
martensitic transformation (DIMT) in metallic materials stem from their superior strain …

This study investigates microstructural changes and the presence of multiple stages in strain
hardening ratio (SHR) resulting from the sequential occurrence of deformation-induced …

Recent studies of FeMnCoCr-based high entropy alloys have demonstrated uncommon
deformation behaviors such as transformation-induced plasticity, which were largely …

Strong and ductile precipitation-hardening face-centered cubic medium-entropy alloys
(MEAs) are potential structural material candidates for cryogenic applications, which …