抄録
In plastically deformed hexagonal close-packed (HCP) metals, kink bands are frequently formed. The one possible formation mechanism for kink bands is the significant lattice rotation due to localized accumulation of basal slip. Therefore, the details of accumulation of basal slip during plastic deformation should be made clear to gain understandings of formation mechanism of kink bands. In this study, the localization of basal slip during compressive loading in single crystal magnesium with the dominant activation of basal slip system is numerically evaluated using a crystal plasticity finite element analysis method. The influences of initial crystal orientation, lattice rotation, hardening rate and strain rate sensitivity are studied.
