Recent research efforts have focused on develo** novel high-entropy alloys (HEAs) with
exceptional mechanical properties through strategic metalloid alloying. Among metalloids …

Metastable high-entropy alloys (HEAs) with desirable stacking fault energy (SFE) have
attracted considerable attention due to their superior strength-ductility synergy, which results …

The characteristic of differences in material properties between phases gives rise to
significant deformation heterogeneity in dual-phase or multi-phase materials, consequently …

Although grain refinement generally leads to deterioration of ductility in engineering alloys,
some highly metastable high-entropy alloys (HEAs) defy this rule and exhibit maintained …

Traditional metal strengthening methods inevitably reduce the plasticity of the materials;
therefore, the design and development of medium-Mn steel (MMnS) with high strength and …

Reactive structural materials are crucial for energy exploitation and defense applications
due to their outstanding energy release characteristics. However, traditional reactive …

The effects of cross rolling and annealing treatment, as an advanced thermomechanical
processing route, on the microstructure and grain refinement of metastable austenitic …