Stress/strain gradient plasticity model for size effects in heterogeneous nano-microstructures
Traditionally, modeling the effect of grain size on the mechanical behavior of crystalline
materials is based on assuming an equivalent homogenous microstructure with strength …
materials is based on assuming an equivalent homogenous microstructure with strength …
Thermal activation of dislocations in large scale obstacle bypass
Dislocation dynamics simulations have been used extensively to predict hardening caused
by dislocation-obstacle interactions, including irradiation defect hardening in the athermal …
by dislocation-obstacle interactions, including irradiation defect hardening in the athermal …
Modal analysis of dislocation vibration and reaction attempt frequency
Transition state theory is a fundamental approach for temporal coarse-graining. It estimates
the reaction rate for a transition processes by quantifying the activation free energy and …
the reaction rate for a transition processes by quantifying the activation free energy and …
Molecular dynamics simulations of thermally activated edge dislocation unpinning from voids in -Fe
In this study, thermal unpinning of edge dislocations from voids in α-Fe is investigated by
means of molecular dynamics simulations. The activation energy as a function of shear …
means of molecular dynamics simulations. The activation energy as a function of shear …
Atomic level simulations of interaction between edge dislocations and irradiation induced ellipsoidal voids in alpha-iron
B Zhu, M Huang, Z Li - Nuclear Instruments and Methods in Physics …, 2017 - Elsevier
High concentrations of vacancies tend to be formed inside the metal materials under
irradiation, and then accumulate and cluster together gradually to promote the formation of …
irradiation, and then accumulate and cluster together gradually to promote the formation of …