We propose sharp interface, phase field and level set models for bidirectional diffusion induced grain boundary motion in thin films. Numerical approximations of these models are presented together with computational results comparing the approximate solutions
Summaries of research accomplished are given for the following areas: Morphological (Diffusional) St...
We report the existence of universal behavior of a mobile thermal groove in polycrystalline thin fil...
The relaxation of stress in a thin film due to grain boundary diffusion is investigated in terms of ...
We propose a multi-order parameter phase field system and a sharp interface model to describe bidire...
A two-dimensional continuum model is developed for stress relaxation in thin films through grain bou...
We propose a phase field model for stress and diffusion-induced interface motion. This model, in par...
The Phase field method has been used to study Diffusion Induced Grain boundary Migration (DIGM) in b...
We consider a sharp interface model which describes diffusioninduced grain-boundary motion in a pol...
We propose a phase field model for stress and diffusion induced interface motion. This model in part...
[[abstract]]The fundamental analysis of grain boundary diffusion in thin films has been carried out ...
At the microscopic level, many materials are made of smaller and randomly oriented grains. These gra...
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
Grain boundary (GB) grooving, induced by surface drift-diffusion and driven by the combined actions ...
The analysis of grain boundary (GB) diffusion in metallic systems based on Cu, Ni, Ag and Al was mad...
Summaries of research accomplished are given for the following areas: Morphological (Diffusional) St...
We report the existence of universal behavior of a mobile thermal groove in polycrystalline thin fil...
The relaxation of stress in a thin film due to grain boundary diffusion is investigated in terms of ...
We propose a multi-order parameter phase field system and a sharp interface model to describe bidire...
A two-dimensional continuum model is developed for stress relaxation in thin films through grain bou...
We propose a phase field model for stress and diffusion-induced interface motion. This model, in par...
The Phase field method has been used to study Diffusion Induced Grain boundary Migration (DIGM) in b...
We consider a sharp interface model which describes diffusioninduced grain-boundary motion in a pol...
We propose a phase field model for stress and diffusion induced interface motion. This model in part...
[[abstract]]The fundamental analysis of grain boundary diffusion in thin films has been carried out ...
At the microscopic level, many materials are made of smaller and randomly oriented grains. These gra...
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
Grain boundary (GB) grooving, induced by surface drift-diffusion and driven by the combined actions ...
The analysis of grain boundary (GB) diffusion in metallic systems based on Cu, Ni, Ag and Al was mad...
Summaries of research accomplished are given for the following areas: Morphological (Diffusional) St...
We report the existence of universal behavior of a mobile thermal groove in polycrystalline thin fil...
The relaxation of stress in a thin film due to grain boundary diffusion is investigated in terms of ...
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