This is the first investigation on the micromorphology and kinetics evolution of Cr-rich α′
precipitates under Cr composition, irradiation and dislocation with the three-dimensional …

The core-shell structure precipitatates of Fe-xCu-3.0 Mn-1.5 Ni-1.5 Al alloys under internal
and external strain was investigated by using a multicomponent continuous phase field …

Point defects and dislocation can be induced in dual-phase stainless steels in the
circumstance of irradiation. These defects affect the phase separation and the morphology …

The spinodal decomposition of the γ-phase in U–Nb and U–Zr alloys under irradiation was
investigated using the phase-field method coupled with micro-elasticity theory and rate …

Abstract Fe–Cr–Co alloys are becoming important as half-hard magnet which can be
subjected to plastic deformation process for their novel applications including non-contact …

The initial phase separation and coarsening of the Cr-enriched α′ phase in Fe–Cr alloys
were studied by utilizing phase field model. The phase separations of the α′ phase via non …

The separation of a Cr-enriched nanometer-scale α′ phase can induce the embrittlement of
Fe-Cr alloys at high temperature, and the separation kinetics of the α′ phase determines its …

Morphology evolution and coarsening kinetics of γ'(Ni3Al) precipitates in Ni–Al alloy were
investigated quantitatively using the interface diffusion-controlled, the bulk diffusion …

The effects of applied strain on the interface microstructure and atomic interdiffusion in the
binary alloy diffusion couples were studied using the phase-field model. In the two-phase …

Self-organizing nanostructure evolution through spinodal decomposition is a critical
phenomenon determining the properties of many materials. Here, we study the influence of …