Add to ORKGGrain growth in nanocrystals can be limited by triple junctions, during both sintering of nanopowders and annealing of dense materials. An analysis is developed to determine experimental conditions under which triple junctions can limit grain growth
Migration of grain boundaries is modelled by a cellular automation. The effect of triple junction is...
The influence of nano-scale defects (grain/phase boundaries, pores, etc) can be significantly differ...
Large-scale phase-field simulations were performed of the evolution of grain structures with nonunif...
Grain growth in nanocrystals can be limited by triple junctions, during both sintering of nanopowder...
The influence of grain boundary and interphase junctions on the thermodynamics and kinetics of grain...
Abstract—Current theories of grain growth presume that grain boundary migration is the rate-limiting...
Abstract. King [1] established that due to the discrete nature of their dislocation structure, finit...
A theoretical model is suggested which describes the strengthening of nanocrystalline materials due ...
Abstract. The theory of steady state motion of grain boundary sytems with triple junctions and the m...
Microstructural stability is an important consideration during high temperature deformation and proc...
A theoretical model is suggested that describes emission of partial Shockley dislocations from tripl...
Polycrystalline materials are composed of grains and grain boundaries. The total volume of occupied...
Nanomaterials are naturally metastable with respect to bulk solids. This raises the very important f...
It is well known that the grain size of a material controls its properties, including mechanical str...
yesSuggested methods describe the process of self-diffusion along grain boundaries and triple juncti...
Migration of grain boundaries is modelled by a cellular automation. The effect of triple junction is...
The influence of nano-scale defects (grain/phase boundaries, pores, etc) can be significantly differ...
Large-scale phase-field simulations were performed of the evolution of grain structures with nonunif...
Grain growth in nanocrystals can be limited by triple junctions, during both sintering of nanopowder...
The influence of grain boundary and interphase junctions on the thermodynamics and kinetics of grain...
Abstract—Current theories of grain growth presume that grain boundary migration is the rate-limiting...
Abstract. King [1] established that due to the discrete nature of their dislocation structure, finit...
A theoretical model is suggested which describes the strengthening of nanocrystalline materials due ...
Abstract. The theory of steady state motion of grain boundary sytems with triple junctions and the m...
Microstructural stability is an important consideration during high temperature deformation and proc...
A theoretical model is suggested that describes emission of partial Shockley dislocations from tripl...
Polycrystalline materials are composed of grains and grain boundaries. The total volume of occupied...
Nanomaterials are naturally metastable with respect to bulk solids. This raises the very important f...
It is well known that the grain size of a material controls its properties, including mechanical str...
yesSuggested methods describe the process of self-diffusion along grain boundaries and triple juncti...
Migration of grain boundaries is modelled by a cellular automation. The effect of triple junction is...
The influence of nano-scale defects (grain/phase boundaries, pores, etc) can be significantly differ...
Large-scale phase-field simulations were performed of the evolution of grain structures with nonunif...