… higher spatial resolution (∼1 nm) needed for shear band analysis [Citation28]. We show that
microstructure evolution within a band … LAGBs dominate the microstructure. In particular, we …

… of potentially high applicability in various industry branches, their microstructure evolution
during … (grade 2) in terms of its microstructure evolution triggered by the multistep HE method. …

… on the microstructure evolution of CuCrFeNi 2 Mn 0.5 high … rotation of subgrains on shear
bands in the aforementioned … the formation of shear bands [13], which is why the percentage of …

… Moreover, the adiabatic shear behavior related to the microstructure evolution was revealed
comprehensively, which is considered to be driven by the aforementioned stored energies. …

… without the thickening of shear bands, the term simple shear was used in this study. A simple
shear … Subsequently, the high-level hardening rate persisted up to the high strain, when the …

… [43,44] characterized the shear band microstructure at different strain levels. The shear bands
… 6be), the resultant microstructural evolution is similar to that in pure Mg, where the strong …

… In the present work, by correlating the microscopic observations with the nanoindentation
depth-hardness data, we detail the microstructural evolution underlying the transition of ISE at …

… understanding of the microstructural evolution and optimization … strain rate of 1 s −1 as the
deformation temperature increased … strain rates of 0.03-1 s −1 at 350 C and extended to higher …

… phases of the shear band flow: … rate field in the region of shear band activity is shown
superimposed onto the raw images. The shear band, concurrent here with the line of high strain rate…

… at the same deformation condition in the second part, our results revealed that the high ductility
… Xie, “Grain-subdivision-dominated microstructure evolution in shear bands at high rates,” …