The mechanical properties of quaternary Fe–Cr–Ni–Al alloys have been extensively studied
due to their potential application in high temperature structural components. However, the …

Abstract A non-equiatomic FeCr 1.2 Ni x Al alloys were introduced and characterized
employing various characterization techniques. The great application prospect is expected …

The fundamental challenge for creating the crystal structure model used in a multi-principle
element design is the ideal combination of atom components, structural stability, and …

A face-centered-cubic (fcc) oriented FeCoCrNiAl0. 5 dual-phase high entropy alloy (HEA)
was plastically strained in uniaxial compression at 77K and 293K and the underlying …

Thermodynamic calculations were utilized to accelerate the pace of discovering promising
composition combination by tailoring phase fraction. Then a family of Fe2Ni2CrAlx multi …

Annealing-induced hardening, also known as anneal hardening, has been often observed
in cold-worked solid solution alloys. Here, we report a peculiar case of annealing-induced …

Influence of partial substitution of Cr by Al on microstructure and mechanical behavior of Fe
30 Ni 35 Cr 35 multi-principal element alloy (MPEA) was investigated. In detail, Co-free Fe …

The high temperature mechanical properties of a family of Fe2Ni2CrAlx (x= 0.9, 1.1, 1.2, 1.3
in molar ratio) multi-principal element alloys (MPEAs) were determined. The initial …

Here, two multi-principal element alloys (MEPAs): CoCrFeNi and CoCrFeNiGd 0.05 are
fabricated by high-energy ball milling and spark plasma sintering. The effect of Gd on …

Single-phase multi-principal elements alloys (MPEAs) within the elevated temperature
experience particularly severe strength loss, and even a distinct ductile-to-brittle transition …