Grain boundaries are found to migrate under certain conditions when solute atoms are diffused along them. This phenomenon, termed diffusion induced grain boundary migration (DIGM), has now been found in six systems. The observed phenomenon and empirical data are used to discard certain concepts for the driving force and the mechanism. A mechanism is proposed in which differences in the diffusion coefficients of the diffusing species along the grain boundary cause a self-sustaining climb of grain boundary dislocations and motion of their associated grain boundary steps
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
The effect of solute atoms on grain boundary migration has been modeled on the basis of the idea tha...
Abstract. — Theoretical treatment of the mechanisms associated with thermally activated grain bounda...
A new approach is proposed for the description of diffusion-induced grain boundary migration (DIGM)....
The phenomenology of diffusion induced grain boundary migration (DIGM) is studied as a function of m...
The more useful experimental techniques for determining grain-boundary diffusion are briefly describ...
De nombreuses études ont été effectués sur le comportement des joints de grain au cours de la diffus...
The Phase field method has been used to study Diffusion Induced Grain boundary Migration (DIGM) in b...
An adapted simulation method is used to systematically study grain boundary motion at velocities and...
During the last eight years, we have worked on the general problems associated with grain boundaries...
We analyze recent results of atomistic computer simulations of grain boundary (GB) diffusion in meta...
A molecular-dynamics method for the simulation of the intrinsic migration behavior of individual, fl...
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
The model of diffusional deformation is revisited by accounting for the dependence of the diffusion ...
In this work the model of grain boundary diffusion from a permanent source along nonequilibrium migr...
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
The effect of solute atoms on grain boundary migration has been modeled on the basis of the idea tha...
Abstract. — Theoretical treatment of the mechanisms associated with thermally activated grain bounda...
A new approach is proposed for the description of diffusion-induced grain boundary migration (DIGM)....
The phenomenology of diffusion induced grain boundary migration (DIGM) is studied as a function of m...
The more useful experimental techniques for determining grain-boundary diffusion are briefly describ...
De nombreuses études ont été effectués sur le comportement des joints de grain au cours de la diffus...
The Phase field method has been used to study Diffusion Induced Grain boundary Migration (DIGM) in b...
An adapted simulation method is used to systematically study grain boundary motion at velocities and...
During the last eight years, we have worked on the general problems associated with grain boundaries...
We analyze recent results of atomistic computer simulations of grain boundary (GB) diffusion in meta...
A molecular-dynamics method for the simulation of the intrinsic migration behavior of individual, fl...
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
The model of diffusional deformation is revisited by accounting for the dependence of the diffusion ...
In this work the model of grain boundary diffusion from a permanent source along nonequilibrium migr...
A recently developed phase-field model for simulating diffusion-induced grain boundary migration (DI...
The effect of solute atoms on grain boundary migration has been modeled on the basis of the idea tha...
Abstract. — Theoretical treatment of the mechanisms associated with thermally activated grain bounda...