Add to ORKGThe collective behavior of dislocations in irradiated materials is studied using the kinetic equation for the dislocation density, taking account of a Burgers-type nonlinearity. It is shown that the degree of dislocation localization in slip bands is higher in the irradiated materials than in the unirradiated materialsyesBelgorod State Universit
Real crystals, containing dislocations and point defects, are considered in the paper aiming at the ...
In the frame of glide dislocation model limited by their climb the changes in the concentration of p...
Work-hardened metals typically possess large numbers of dislocations in complex three-dimensional co...
yesThe collective behavior of dislocations in irradiated materials is studied using the kinetic equa...
The development of plastic instability in the initial deformation stages of irradiated materials is ...
yesThe development of plastic instability in the initial deformation stages of irradiated materials ...
A field dislocation theory was studied in various plasticity problems where the dislocation distribu...
THE CELLULAR MODEL OF A DISLOCATION IS USED FOR AN INVESTIGATION OF THE...
The interplay between radiation-generated defects and dislocation networks leads to a variety of cha...
The interplay between radiation-generated defects and dislocation networks leads to a variety of cha...
The interplay between radiation-generated defects and dislocation networks leads to a variety of cha...
Strain localization and dislocation microstructure formation are typical features of plastic deforma...
Dislocations can climb out of their glide plane by absorbing (or emitting) point defects [vacancies ...
The classification of physical models of plastic deformation localization phenomena in the temperatu...
The classification of physical models of plastic deformation localization phenomena in the temperatu...
Real crystals, containing dislocations and point defects, are considered in the paper aiming at the ...
In the frame of glide dislocation model limited by their climb the changes in the concentration of p...
Work-hardened metals typically possess large numbers of dislocations in complex three-dimensional co...
yesThe collective behavior of dislocations in irradiated materials is studied using the kinetic equa...
The development of plastic instability in the initial deformation stages of irradiated materials is ...
yesThe development of plastic instability in the initial deformation stages of irradiated materials ...
A field dislocation theory was studied in various plasticity problems where the dislocation distribu...
THE CELLULAR MODEL OF A DISLOCATION IS USED FOR AN INVESTIGATION OF THE...
The interplay between radiation-generated defects and dislocation networks leads to a variety of cha...
The interplay between radiation-generated defects and dislocation networks leads to a variety of cha...
The interplay between radiation-generated defects and dislocation networks leads to a variety of cha...
Strain localization and dislocation microstructure formation are typical features of plastic deforma...
Dislocations can climb out of their glide plane by absorbing (or emitting) point defects [vacancies ...
The classification of physical models of plastic deformation localization phenomena in the temperatu...
The classification of physical models of plastic deformation localization phenomena in the temperatu...
Real crystals, containing dislocations and point defects, are considered in the paper aiming at the ...
In the frame of glide dislocation model limited by their climb the changes in the concentration of p...
Work-hardened metals typically possess large numbers of dislocations in complex three-dimensional co...