… dislocation dynamics and molecular dynamics simulations, we investigate the strain rate and
dislocation density dependence … , dislocation density, strain rate and dislocation mobility is …

… , and strain rate dependence has been formulated based on dislocation dynamics simulations
… This article develops a model for deformation of a single crystal volume at strain rates from …

… A constitutive model which is strain rate- and temperature-dependent is developed to explain
the stable ISRS and the negative SRSW. The modelling results reveal that the stable ISRS …

… to simulate plastic deformation of single … strain rate on the flow behavior of siangle crystal
Fe. Furthermore, our proposed CP-FE model exhibits temperature and strain rate dependent …

… strains the predictability vs strain rate relation becomes nonmonotonic. We show that for small
strains the rate dependence of deformation … the fraction of dislocations moving against the …

… the temperature and strain rate dependency on size exponent at 0.5% strain offset to …
strain rate and is drag operated instead of line tension operated as in the lower strain rates; …

… Our CP model yields distinct, quantifiable insights into the relationship between dislocation
activities and variables such as strain rate, strain magnitude, and crystallographic orientation. …

… Taking aluminum as a model material, we investigate the strain rate and dislocation density
dependence of the strength and the accompanying hardening or softening effect upon a …

… The developed model captures the effect of strain rate on the mechanisms governing
dislocation motion and temperature rise. The mechanical behavior and underlying micro-…

… In conclusion, the present work addresses the surface dislocation nucleation aspect of small
scale plasticity. We find surface sources have a unique kinetic signature: a small activation …