… those obtained earlier for voids in body centered cubic (bcc) iron. An important role of the …
controlled by strong obstacles, like voids, the dispersed barrier hardening (DBH) model is often …

… of radiation hardening is intricately linked to the atomic-scale mechanisms of interaction
between … We identify a mechanism wherein dislocations cut through voids, leading to increased …

… Thus, the dominated deformation mechanism in BCC small-volume metals is similar to the
forest-hardening model in bulk metals, and the strengthening power-law exponents is nearly −…

… usually ignore atomic-scale mechanisms during dislocation-voids interactions, such as
microstructural changes in void shape, … is relatively slow in bcc W. This gradually weakened …

… be atomic-scale defects, distinct from the usual relatively larger defect clusters, such as
nanoscale loops, voids… ” in the lattice in BCC metals after irradiation unlike in FCC or HCP metals. …

… the interaction of dislocation with voids is the reason for radiation hardening in alpha Fe. …
[22] YN Osetsky, DJ Bacon, Atomic-scale mechanisms of void hardening in bcc and fcc metals, …

… steel with the numerical result calculated from the current model. The contribution of cubic
void on hardening is … The shape of the void is cube bounded by {100} planes in the BCC …

… of the microstructure with irradiation hardening of the RPV steel, the underlying mechanisms
driving this process … Stacking faults are common in FCC metals but unstable in BCC metals. …

… from bcc Cu-rich … hardening stress of edge dislocations interacting with voids of different
sizes and temperatures, confirming the ability of the proposed model to predict void hardening. …

… In the present study, we employ atomic-scale simulations … tetrahedra (SFT) are not empty and
are composed of stacking … balance between softening and hardening of fcc metals could be …