The extreme environment in a fusion reactor, namely high thermal load and intense
energetic particles, requires the materials to possess high strength and good ductility at high …

In this paper we present and discuss phase equilibria in the quaternary Al–Cr–Fe–Ni and
the quinary Al–Co–Cr–Fe–Ni alloy systems based on experimental data from DTA/DSC …

The metastable phase separation and physical property of rapidly solidified CoCrFeNiCu x
(x= 0, 1, 2) HEAs were investigated by glass fluxing technique. The maximum undercoolings …

The additive manufacturing (AM) of eutectic high-entropy alloys (EHEAs) with seven
components was simulated. The as-cast alloy comprised of primary dendritic phase and …

An in-depth and integral understanding of the microstructural evolution during
thermomechanical process (TMP) is of great significance to optimize the manufactural …

The influences of the cooling style on metastable phase separation (MPS) kinetics of
undercooled liquid Fe 35 Cu 65 alloy have been systematically investigated by glass fluxing …

By using phase-field method, we investigate the morphological evolution of three-phase
eutectic transition and four-phase reaction in Mo-Si-Ti system through 2-D and 3-D …

Materials used in the marine industry are exposed to extreme conditions, so it is necessary
to meet remarkable characteristics, such as mechanical resistance, low density, and good …

The macrosegregation evolution kinetics of undercooled Cu60Fe40 immiscible alloy during
slow cooling and rapid cooling processes were investigated by laser heating and glass …

We investigate the impact of cooling rate on a CoCrCuFeNi0. 8 high-entropy alloy with a
predicted metastable miscibility gap. Rapid solidification via drop-tube processing simulates …