Add to ORKGPhase field modelling of stressed grain growth: Analytical study and the effect of microstructural length scal
Phase field modelling has shown to be a valuable tool for the simulation of various microstructural ...
The microstructure evolution process of metal material is of importance to their physical properties...
The pinning effect of small incoherent particles on grain growth in two-dimensional polycrystalline ...
Summary Stress evolution during grain growth in microstructure formation process are simulated by us...
Heterogeneous grain structures may develop due to abnormal grain growth during thermo-mechanical pro...
Heterogeneous grain structures may develop due to abnormal grain growth during processing of polycry...
A phase-field model for grain growth is briefly described. In this model, a poly-crystalline microst...
Grain growth and related dynamic behaviors have long been an interest for both fundamental science a...
Phase-field modeling of isotropic and anisotropic grain growth has been performed in 2D and 3D syste...
A 3D phase-field model for grain growth combined with a grain boundary (GB) energy database is propo...
Abstract The MacPherson-Srolovitz relation expresses the rate of volume change of a grain in a three...
A phase-field model was used to investigate the simultaneous effects of grain boundary energy anisot...
A phase field model is presented for simulating grain growth in materials containing small incoheren...
Second phase particles and solute atoms have been used as an important constituent in the design of ...
The evolution of fibre textured structures is simulated in two dimensions using a generalised phase ...
Phase field modelling has shown to be a valuable tool for the simulation of various microstructural ...
The microstructure evolution process of metal material is of importance to their physical properties...
The pinning effect of small incoherent particles on grain growth in two-dimensional polycrystalline ...
Summary Stress evolution during grain growth in microstructure formation process are simulated by us...
Heterogeneous grain structures may develop due to abnormal grain growth during thermo-mechanical pro...
Heterogeneous grain structures may develop due to abnormal grain growth during processing of polycry...
A phase-field model for grain growth is briefly described. In this model, a poly-crystalline microst...
Grain growth and related dynamic behaviors have long been an interest for both fundamental science a...
Phase-field modeling of isotropic and anisotropic grain growth has been performed in 2D and 3D syste...
A 3D phase-field model for grain growth combined with a grain boundary (GB) energy database is propo...
Abstract The MacPherson-Srolovitz relation expresses the rate of volume change of a grain in a three...
A phase-field model was used to investigate the simultaneous effects of grain boundary energy anisot...
A phase field model is presented for simulating grain growth in materials containing small incoheren...
Second phase particles and solute atoms have been used as an important constituent in the design of ...
The evolution of fibre textured structures is simulated in two dimensions using a generalised phase ...
Phase field modelling has shown to be a valuable tool for the simulation of various microstructural ...
The microstructure evolution process of metal material is of importance to their physical properties...
The pinning effect of small incoherent particles on grain growth in two-dimensional polycrystalline ...