In this paper we consider the dynamics of dislocations with the same Burgers vector, contained in the same glide plane, and moving in a material with periodic obstacles. We study two cases: i) the particular case of parallel straight dislocations and ii) the general case of curved dislocations. In each case, we perform rigorously the homogenization of the dynamics and predict the corresponding effective macroscopic elasto-visco-plastic flow rule
We simulate the glide motion of an assembly of interacting dislocations under the action of an exter...
We consider a simple discrete model for screw dislocations in crystals. Using a variational discrete...
The mechanical behavior of industrial metallic alloys, in particular those used in the aerospace ind...
In this paper we consider the dynamics of dislocations with the same Burgers vector, contained in th...
Dislocations are defects present in crystals that are one the main explanation of the plastic behavi...
This work deals with the modeling, the analysis and the numerical analysis of the dislocation dynami...
In this paper we study the connection between four models describing dislocation dynamics: a general...
AbstractThis paper is concerned with a result of homogenization of an integro-differential equation ...
In this paper we are interested in the collective motion of dislocations defects in crystals. Mathem...
In this paper, starting from the microscopic dynamics of isolated dislocations, we explain how to de...
The dynamics of large amounts of dislocations governs the plastic response of crystalline materials....
This work introduces a model for large-strain, geometrically nonlinear elasto-plastic dynamics in si...
The most important part of this work concerns the numerical analysis of the dislocations dynamics. D...
We simulate the glide motion of an assembly of interacting dislocations under the action of an exter...
We consider a simple discrete model for screw dislocations in crystals. Using a variational discrete...
The mechanical behavior of industrial metallic alloys, in particular those used in the aerospace ind...
In this paper we consider the dynamics of dislocations with the same Burgers vector, contained in th...
Dislocations are defects present in crystals that are one the main explanation of the plastic behavi...
This work deals with the modeling, the analysis and the numerical analysis of the dislocation dynami...
In this paper we study the connection between four models describing dislocation dynamics: a general...
AbstractThis paper is concerned with a result of homogenization of an integro-differential equation ...
In this paper we are interested in the collective motion of dislocations defects in crystals. Mathem...
In this paper, starting from the microscopic dynamics of isolated dislocations, we explain how to de...
The dynamics of large amounts of dislocations governs the plastic response of crystalline materials....
This work introduces a model for large-strain, geometrically nonlinear elasto-plastic dynamics in si...
The most important part of this work concerns the numerical analysis of the dislocations dynamics. D...
We simulate the glide motion of an assembly of interacting dislocations under the action of an exter...
We consider a simple discrete model for screw dislocations in crystals. Using a variational discrete...
The mechanical behavior of industrial metallic alloys, in particular those used in the aerospace ind...