In the continuum context, a uniform crystal has dislocation density tensor constant in space. A simple iteration procedure generates an infinite set of points which is associated with uniform defective crystals. When certain necessary conditions are satisfied, there is a minimum (non-zero) separation of points in this set, so the set is discrete. We describe the structure of such sets explicitly, and show in particular that any such set is either a simple lattice or a 4-lattice
We consider distributions of dislocations in continuum models of crystals which are such that the co...
We consider the symmetry of discrete and continuous crystal structures which are compatible with a g...
The Lie group structure of crystals which have uniform continuous distributions of dislocations allo...
In the continuum context, a uniform crystal has dislocation density tensor constant in space. A simp...
I discuss various mathematical constructions that combine together to provide a natural setting for ...
I construct discrete and continuous crystal structures that are compatible with a given choice of di...
This article is concerned with the development of a discrete theory of crystal elasticity and disloc...
We find the geometrical symmetries of discrete structures which generalize the perfect lattices of c...
This article is concerned with the development of a discrete theory of crystal elasticity and disloc...
We consider the symmetry of discrete and continuous crystal structures which are compatible with a g...
In Parry and Zyskin [1] we outlined mathematical methods which seemed to be necessary in order to di...
The Lie group structure of crystals which have uniform continuous distributions of dislocations allo...
This work aims at linking the levels of the continuum crystal plasticity with that of discrete dislo...
Crystals which have a uniform distribution of defects are endowed with a Lie group description which...
We shall outline geometrical and algebraic ideas which appear to lie at the foundation of the theory...
We consider distributions of dislocations in continuum models of crystals which are such that the co...
We consider the symmetry of discrete and continuous crystal structures which are compatible with a g...
The Lie group structure of crystals which have uniform continuous distributions of dislocations allo...
In the continuum context, a uniform crystal has dislocation density tensor constant in space. A simp...
I discuss various mathematical constructions that combine together to provide a natural setting for ...
I construct discrete and continuous crystal structures that are compatible with a given choice of di...
This article is concerned with the development of a discrete theory of crystal elasticity and disloc...
We find the geometrical symmetries of discrete structures which generalize the perfect lattices of c...
This article is concerned with the development of a discrete theory of crystal elasticity and disloc...
We consider the symmetry of discrete and continuous crystal structures which are compatible with a g...
In Parry and Zyskin [1] we outlined mathematical methods which seemed to be necessary in order to di...
The Lie group structure of crystals which have uniform continuous distributions of dislocations allo...
This work aims at linking the levels of the continuum crystal plasticity with that of discrete dislo...
Crystals which have a uniform distribution of defects are endowed with a Lie group description which...
We shall outline geometrical and algebraic ideas which appear to lie at the foundation of the theory...
We consider distributions of dislocations in continuum models of crystals which are such that the co...
We consider the symmetry of discrete and continuous crystal structures which are compatible with a g...
The Lie group structure of crystals which have uniform continuous distributions of dislocations allo...