Add to ORKGSlip deformation in symmetric-type bicrystal models subjected to tensile load is investigated by a finite element crystal plasticity analysis code. Accumulation of geometrically necessary dislocations (GNDs) and statistically stored dislocations (SSDs) are studied in detail. Some results of the analysis show local strain hardening of slip systems and activity of secondary slip systems with accumulation of GNDs on primary slip system in the form of band. Mechanism of local strain hardening of primary slip systems in symmetric-type bicrystals is discussed from the viewpoint of dislocation interaction between primary and secondary slip systems and effects of high density pattern formation of GNDs on primary slip system
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...
Slip deformation in symmetric-type bicrystal models subjected to tensile load is investigated by a f...
Slip deformation in symmetric type bi-crystal models subjected to tensile load is analyzed by a fini...
Slip deformation in compatible bicrystal models with a tilted angle grain boundary subjected to tens...
Slip deformation in compatible type bi-crystal models with tilt angle grain boundary subjected to te...
Slip deformation in compatible type bi-crystal models with tilt angle grain boundary subjected to te...
Slip deformation in Cu-9 at.% Al symmetric type bicrystal models subjected to tensile loading is inv...
Slip deformation in Cu-9 at.% Al symmetric type bicrystal models subjected to tensile loading is inv...
Within continuum dislocation theory the plastic deformation of bicrystals under a mixed deformation ...
Crystal plasticity finite element analysis of cyclic deformation of compatible type FCC bicrystals a...
Slip deformation phenomena in compatible type multi crystal models subjected to tensile load are ana...
Within continuum dislocation theory the plastic deformation of bicrystals under plane strain constra...
Within continuum dislocation theory the plastic deformation of bicrystals under plane strain constra...
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...
Slip deformation in symmetric-type bicrystal models subjected to tensile load is investigated by a f...
Slip deformation in symmetric type bi-crystal models subjected to tensile load is analyzed by a fini...
Slip deformation in compatible bicrystal models with a tilted angle grain boundary subjected to tens...
Slip deformation in compatible type bi-crystal models with tilt angle grain boundary subjected to te...
Slip deformation in compatible type bi-crystal models with tilt angle grain boundary subjected to te...
Slip deformation in Cu-9 at.% Al symmetric type bicrystal models subjected to tensile loading is inv...
Slip deformation in Cu-9 at.% Al symmetric type bicrystal models subjected to tensile loading is inv...
Within continuum dislocation theory the plastic deformation of bicrystals under a mixed deformation ...
Crystal plasticity finite element analysis of cyclic deformation of compatible type FCC bicrystals a...
Slip deformation phenomena in compatible type multi crystal models subjected to tensile load are ana...
Within continuum dislocation theory the plastic deformation of bicrystals under plane strain constra...
Within continuum dislocation theory the plastic deformation of bicrystals under plane strain constra...
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...
A strain gradient-dependent crystal plasticity approach is presented to model the constitutive behav...