Dislocation structure evolution during plastic deformation of low-carbon steel interlayers of pearlite. Using the method of
dislocation dynamics, the relationship between
structural Dislocation structure evolution during plastic deformation of low-carbon steel interlayers of pearlite. Using the method of
dislocation dynamics, the relationship between
structural Dislocation structure evolution during plastic deformation of low-carbon steel interlayers of pearlite. Using the method of
dislocation dynamics, the relationship between
structural Dislocation structure evolution during plastic deformation of low-carbon steel interlayers of pearlite. Using the method of
dislocation dynamics, the relationship between
structural Irreversible thermodynamics approach to plasticity: Dislocation density based constitutive modelling behaviour can be traced, providing insights in the evolution of the
dislocation structure in the course
Irreversible thermodynamics approach to plasticity: Dislocation density based constitutive modelling behaviour can be traced, providing insights in the evolution of the
dislocation structure in the course
Multiphysical simulation analysis of the dislocation structure in germanium single crystalsPodkopaev O.I,
Artemyev, V. V.,
Smirnov, A. D.,
Mamedov, V. M.,
Sid’Ko, A. P.,
Kalaev, V. V.,
Kravtsova, E. D.,
Shimanskii, A. F. . The
dislocation density is an important parameter of the quality of single crystals. The
dislocation densities
Dislocation glide and dynamic recrystallization in LiF single crystals. In addition, the role of
dislocation slip in the formation of the steady state subgrain
structure Concept of impurity - Dislocation magnetism in III-V compound semiconductorsThe ability of
dislocations to attract impurity atoms is examined from the viewpoint
Strain rate effect on dislocation structure in dispersion-hardened alloy with incoherent nanoparticles nanosized particles, affects the formation of dipole
dislocation structures and, consequently, the material