Add to ORKGIt is well established that the driving force for grain growth is the grain boundary interfacial free energy. As grain growth takes place the total grain boundary interfacial free energy decreases with time, t: dG dt
A theory is proposed in which the lenticular growth of grain boundary bubbles and the resultant forc...
The kinetics of a triple junction of grain boundaries with distinct specific energies and mobilities...
Les lois thermodynamiques de la précipitation intergranulaire ont été comprises qualitativement depu...
Grain growth and shrinkage at elevated temperatures is a significant phenomenon during the processin...
The formed microstructure inside polycrystalline materials strongly influences their practical perfo...
The influence of grain boundary and interphase junctions on the thermodynamics and kinetics of grain...
Mesoscale experiment and simulation permit harvesting information about both geometric features and ...
International audienceGrain growth is a ubiquitous thermally activated mechanism by which the micros...
At fixed hold temperatures, grain growth usually stagnates indefinitely after sufficiently long hold...
Mesoscale experiment and simulation permit harvesting information about both geometric features and ...
In recent papers [1,2] we investigated the inhibiting effect of vacancy generation on grain growth. ...
International audienceIn a previous article (Fausty et al., 2018) a new level-set finite element for...
Grain growth and its secondary recrystallization are discussed. The chemical free-energy difference ...
A phase-field model was developed to investigate the concurrent effects of grain boundary energy ani...
International audienceGrain growth in metallic materials is often detrimental to the desired propert...
A theory is proposed in which the lenticular growth of grain boundary bubbles and the resultant forc...
The kinetics of a triple junction of grain boundaries with distinct specific energies and mobilities...
Les lois thermodynamiques de la précipitation intergranulaire ont été comprises qualitativement depu...
Grain growth and shrinkage at elevated temperatures is a significant phenomenon during the processin...
The formed microstructure inside polycrystalline materials strongly influences their practical perfo...
The influence of grain boundary and interphase junctions on the thermodynamics and kinetics of grain...
Mesoscale experiment and simulation permit harvesting information about both geometric features and ...
International audienceGrain growth is a ubiquitous thermally activated mechanism by which the micros...
At fixed hold temperatures, grain growth usually stagnates indefinitely after sufficiently long hold...
Mesoscale experiment and simulation permit harvesting information about both geometric features and ...
In recent papers [1,2] we investigated the inhibiting effect of vacancy generation on grain growth. ...
International audienceIn a previous article (Fausty et al., 2018) a new level-set finite element for...
Grain growth and its secondary recrystallization are discussed. The chemical free-energy difference ...
A phase-field model was developed to investigate the concurrent effects of grain boundary energy ani...
International audienceGrain growth in metallic materials is often detrimental to the desired propert...
A theory is proposed in which the lenticular growth of grain boundary bubbles and the resultant forc...
The kinetics of a triple junction of grain boundaries with distinct specific energies and mobilities...
Les lois thermodynamiques de la précipitation intergranulaire ont été comprises qualitativement depu...