The eutectic high-entropy alloys have shown promising mechanical behaviors while their
softening at elevated temperatures is still a challenge. Generally, the boundaries are the …

Eutectic high-entropy alloys (EHEAs) are receiving extensive attention due to their unique
physical/chemical properties. However, apart from the face-centered-cubic (FCC)+ B2 EHEA …

Recent studies indicate that eutectic high-entropy alloys can simultaneously possess high
strength and high ductility, which have potential industrial applications. The present study …

As one of the most effective mechanisms, precipitation-hardening is widely used to
strengthen high-entropy alloys. Yet, heavy precipitation-hardened high-entropy alloys …

A never-ending challenge for materials scientists is to design alloys with excellent strength-
ductility combinations. Here, a systematic study on B2 precipitation and mechanical …

The FCC-structured high entropy alloys (HEAs) possess exceptional ductility and fracture
toughness, but they generally exhibit insufficient strength for engineering applications. In this …

Dual-phase high entropy alloys have great potential for high-temperature applications. In
this work, a hypoeutectic Ni 41.8 Co 19 Cr 10 Fe 10 Al 15 Ti 2 Mo 2 Hf 0.1 B 0.1 high-entropy …

A new class of materials called high-entropy alloys (HEAs) constitutes multiple principal
elements in similar compositional fractions. The equiatomic Fe 20 Mn 20 Cr 20 Co 20 Ni 20 …

Eutectic high entropy alloys (EHEAs) composed of soft face centered cubic (FCC) phase and
hard body centered cubic (BCC) phases usually exhibit perfect combination of good tensile …

Eutectic high entropy alloys, with lamellar arrangement of solid solution phases, represent a
new paradigm for simultaneously achieving high strength and ductility, thereby …