High-entropy alloys (HEAs) are multi-component alloys with a novel designed concept.
These HEAs exhibit unique composition design and structural characteristics leading to …

This review introduces the structural phases, microstructural characteristics, and the most
relevant room and cryogenic properties of low density Fe–Mn–Al–C steels. The combination …

Metallic materials with outstanding cryogenic mechanical properties are highly demanded
for cryogenic engineering applications. Here we developed a novel (NiCoCr) 92 Al 6 Ta 2 …

In this work, we designed heterogeneous (NiCoCr) 88 Al 10 Ta 2 (at.%) duplex medium-
entropy alloy (MEA) comprising the face-centered-cubic (FCC) matrix and the B2 phase …

Traditional high strength engineering alloys suffer from serious surface brittleness and
inferior wear performance when servicing under sliding contact at cryogenic temperature …

Metallic wires with high strength-ductility at both room and cryogenic temperatures are
always pursued for engineering applications. However, traditional metallic wires are tortured …

High-entropy alloys (HEAs) are a newly emerging class of materials that show attractive
mechanical properties for structural applications. Particularly, face-centered cubic (fcc) …

We designed a novel nanoparticles-strengthened high-entropy alloy, Ni 30 Co 30 Fe 13 Cr
15 Al 6 Ti 6, which exhibits excellent strength-ductility combinations at both ambient and …

Boron doping with an adequate concentration is highly desirable for alloy development
because it profoundly improves the material's interface cohesion via interfacial segregation …

Here we report on the tensile deformation behavior of a face-centered cubic (FCC)-
structured Fe 45 Co 25 Ni 10 V 20 high-entropy alloy at cryogenic temperature (77 K). The …