Path Dependency of Plastic Deformation in Crystals: Work Hardening, Crystallographic Rotation and Dislocation Structure Evolution

This paper reviewed the research progress of studies on crystal rotation single crystals that were deformed by tension and shear influences dislocation evolution strain hardening behavior in with different initial orientations. The is entirely depending whether was or shear. A three-stage work behavior, which not one intrinsic properties materials, generated when FCC metallic are along unstable oriFigurFigurentations, but do exhibit this they simple at room temperature. Under tension, causes transition from stage I to II, while II III caused evolution. structure related deformation loading can be classified into three types a tension. Different stress directly act 12 slip systems When (11¯1)[110], (111)[112¯] (001)[110] orientations, system, co-planar co-directional activated, respectively, hardly rotate under conditions. direction [110] forces toward tangles tend form cells wall structures multiple activated