For metastable high entropy alloys (HEAs), the balance between mechanical properties and
corrosion resistance is rarely achieved. Here, metastable HEAs with a heterogeneous …

Through different annealing temperatures and times, it is reported here that interstitial
metastable high entropy alloys (HEAs) can exhibit a wide range of strength-ductility trade …

Improvement in the strength of metallic materials is often achieved at the expense of material
ductility; this long-standing conflict is referred to as the strength–ductility trade-off. In this …

High-entropy alloys containing multi-principal-element systems significantly expand the
potential alloy design space, and offer the possibility of overcoming the strength-ductility …

In this work, the exceptional strength-ductility synergy of a dual-phase high entropy alloy
(HEA) is achieved by architecting complex microstructures. The HEA rolled at 700° C shows …

Heterostructured high-entropy alloys (HS-HEAs) integrate two innovative concepts in
metallic materials that encompass alloy design and microstructural engineering. HS-HEAs …

Refractory high‐entropy alloys (RHEAs) inspire the development of novel high‐temperature
structural materials due to their outstanding resistance to softening and phase stability at …

Gradient microstructural design represents a new strategy for enhancing strength-ductility
synergy of high/medium entropy alloys (H/MEAs). However, most of the reported gradient …

High entropy alloys (HEAs) with grain-scale heterogeneous structure and coherent
precipitates have shown gigapascal strength and considerable ductility. However, the …

High-entropy alloys (HEAs) prefer to form single-phase solid solutions (body-centered cubic
(BCC), face-centered cubic (FCC), or hexagonal closed-packed (HCP)) due to their high …