Three dimensional dislocation dynamics (DD) simulations are performed to investigate the
governing mechanism of size dependent plastic deformation in submicron face-centered …

In this paper, effects of irradiation damage and crystal size on the mechanical behaviors of
FCC single crystals are explored. By treating the spatial dependent interaction between …

In this paper we investigate the stochastic behavior in the mechanical response of
polycrystalline materials consisting of few grains to hundreds of grains at micron size scales …

Multiscale dislocation dynamic simulations are systematically carried out to reveal the
dislocation mechanism controlling the confined plasticity in coated micropillar. It is found that …

Present experiments and computational simulations furnish a fundamental background to
the understanding of plastic flow across sample sizes. It is shown that self-organized …

In this work, unirradiated and irradiated model body centered cubic (BCC) and face centered
cubic (FCC) materials are investigated using advanced electron microscopy techniques to …

The interface has been confirmed over the last decade as playing a key role for
nanomaterials, and has attracted widespread attention from research communities. It is not …

Advances in nano-scale mechanical testing have brought about progress in the
understanding of physical phenomena in materials and a measure of control in the …