The elastic softening of grain boundaries is evaluated from the starting point of grain boundary energy. Several examples are given to illustrate the relationship between boundary energy and the extent of softening. In general, a high grain boundary energy is associated with a large excess atomic volume in the boundary region. The consequent reduction in grain boundary stiffness can represent a significant fraction of that observed in bulk crystals
Measurements of the elastic constants, the specific heat and the entropy of grain boundaries have be...
This review paper shows that grain boundary sliding (GBS) is a general phenomenon occurring in all c...
A continuum mechanics model is introduced for a core and structure sensitive modeling of grain bound...
A comprehensive review of grain boundary structure is given concentrating on models which can be tes...
Grain boundaries play an important role in the mechanical and physical properties of polycrystalline...
The relation between two elastic continuum approaches to grain boundary structure, the dislocation a...
A detailed assessment is given of the extent to which agreement has been obtained between experiment...
A broken-bond type computational method has been developed for the calculation of the five-dimension...
Modelling the behaviour of grain boundaries in polycrystalline metals using macroscopic continuum fr...
The expression for the energy of arbitrary non-comparable grain boundaries with any disorientation h...
Recent experimental studies of structural effects on grain boundary segregation, hardening and fract...
Interactions between dislocations and grain boundaries play an important role in the plastic deforma...
The design of high irradiation-resistant materials is very important for the development of next-gen...
International audienceA finite element analysis of intergranular normal stresses is performed in ord...
Grain boundary relaxation of iron based solid solutions shows stronger dependence on grain size than...
Measurements of the elastic constants, the specific heat and the entropy of grain boundaries have be...
This review paper shows that grain boundary sliding (GBS) is a general phenomenon occurring in all c...
A continuum mechanics model is introduced for a core and structure sensitive modeling of grain bound...
A comprehensive review of grain boundary structure is given concentrating on models which can be tes...
Grain boundaries play an important role in the mechanical and physical properties of polycrystalline...
The relation between two elastic continuum approaches to grain boundary structure, the dislocation a...
A detailed assessment is given of the extent to which agreement has been obtained between experiment...
A broken-bond type computational method has been developed for the calculation of the five-dimension...
Modelling the behaviour of grain boundaries in polycrystalline metals using macroscopic continuum fr...
The expression for the energy of arbitrary non-comparable grain boundaries with any disorientation h...
Recent experimental studies of structural effects on grain boundary segregation, hardening and fract...
Interactions between dislocations and grain boundaries play an important role in the plastic deforma...
The design of high irradiation-resistant materials is very important for the development of next-gen...
International audienceA finite element analysis of intergranular normal stresses is performed in ord...
Grain boundary relaxation of iron based solid solutions shows stronger dependence on grain size than...
Measurements of the elastic constants, the specific heat and the entropy of grain boundaries have be...
This review paper shows that grain boundary sliding (GBS) is a general phenomenon occurring in all c...
A continuum mechanics model is introduced for a core and structure sensitive modeling of grain bound...