… An analytic model of the evolution of dislocation density in fcc polycrystals is described. The
… , dynamic recovery, and dislocation generation mechanisms in fcc polycrystals. Specifically, …

… The thermal activation progress, which involves dislocation climb, cross-slip as well as the
formation of dislocation substructures, is accompanied with the dynamic recovery mechanism. …

… The results of the present study show that twin grains in annealed FCC polycrystals tend to
assume either edge or lamellar geometry. The relative ratio of edgeto-lamellar twins depends …

… of a single FCC phase, and (ii) to characterize their phase stability and recovery, recrystallization,
… (FeNi and NiCo) were single-phase FCC solid solutions in the cast and homogenized …

… of face-centered cubic (FCC) polycrystals change due to the change of deformation mechanisms.
The unique mechanical behaviors of ufg/nc FCC polycrystals include (1) high strength, …

… (2015b) proposed a self-consistent plasticity model for irradiated FCC polycrystals, in which
the spatial-dependent interaction between dislocations and defects, and temperature effect …

… of single-phase FCC polycrystal … recovery processes. The theory has been implemented
within a finite-strain and rate-dependent constitutive framework, and applied to a thin polycrystal …

… The work-hardening processes in single crystals in symmetrical orientations, in single
crystals in “single slip” in Stage III, and in polycrystals, seem to be similar, and we attempt to …

… 2%, and the Al polycrystals have reached a hardening-recovery equilibrium in which the
effect of the grain size on the strain hardening disappears. In fact, the dislocation accumulation …

… of FCC polycrystals is analyzed by means of a multiscale strategy based on computational
homogenization of the polycrystal … Polycrystalline Cu is selected to validate the simulation …