The exceptional mechanical properties, particularly at cryogenic temperatures, of the
equiatomic CoCrNi alloy are documented in numerous published studies. Similar to the …

High‐and medium‐entropy alloys (HEAs/MEAs), also called as multicomponent alloys, are a
new class of materials that break through the traditional alloy design concept based on …

This paper introduces a new microstructural template for high entropy alloys (HEAs), where
the face centered cubic (FCC) complex concentrated solid solution is reinforced with a high …

Microscopic defects and their mutual interactions are fundamentally important in deciding
the load carrying capacity of structural materials. In this context, the present work reports an …

In metallic materials, enhancing strain hardening capacity positively affects ductility, fracture
toughness, ultimate tensile strength, and other properties. Thus, activating mechanically …

Alloying is an effective strategy to tailor microstructure and mechanical properties of metallic
materials to overcome the strength-ductility trade-off dilemma. In this work, we combined a …

A CrCoNi based medium entropy alloy with small additions of Ti, Al and Nb (denoted as
(CrCoNi) 93 Al 4 Ti 2 Nb) in the as-quenched condition, exhibits tensile properties …

Single-phase face-centered cubic (fcc) alloys typically exhibit remarkable strain-hardening
capability and large ductility but possess low yield strength. Conventional strengthening …

To regulate multiple strengthening behaviors of as-cast high entropy alloys (HEAs) with a
single phase face centered cubic (FCC) structure, the Mo element has been alloyed to the …

Abstract Twinning in fcc High Entropy Alloys (HEAs) has been implicated as a possible
mechanism for hardening that enables enhanced ductility. Here, a theory for the twinning …