Two-dimensional dislocation dynamics (2D-DD) simulations under fully periodic boundary
conditions are employed to study the relation between microstructure and strength of a …

The role of microstructure and strain rate on the development of geometrically necessary
dislocation (GND) density in polycrystalline copper subjected to compression is assessed …

A set of evolution equations for dislocation density is developed incorporating the combined
evolution of statistically stored and geometrically necessary densities. The statistical density …

The evolution of dislocation storage in deformed copper was studied with cross-correlation-
based high-resolution electron backscatter diffraction. Maps of 500 μm× 500 μm areas with …

The relationship between deformation and dislocation properties has been studied for pure
polycrystalline nickel and austenitic stainless steel AISI 316L in stage III. Special care was …

The effect of specimen size on the uniaxial deformation response of planar single crystals
and polycrystals is investigated using discrete dislocation plasticity. The dislocations are all …

3D dislocation dynamics (DD) simulations are employed to study the plastic anisotropy of a
single crystal of copper under a wide range of high strain rates, 104–106s-1. The …

Till now, it was widely believed that the dislocation strengthening coefficients used in the
Taylor-like relation were universal for a given crystallographic class of materials. In the …

Cross-slip is a fundamental process of screw dislocation motion and plays an important role
in the evolution of work hardening and dislocation structuring in metals. Cross-slip has been …

Data on the effect of grain size d in the range of nm to mm on the plastic deformation kinetics
of Cu at 77–373 K are analyzed to determine the influence of grain size on the strain rate …