Abstract
Plastic deformation is known to be affected by texture, distribution of crystal orientation in grain, because of the difference of mechanical property in each grains. The difference of plastic deformation in crystal orientation is considered to be a cause of an internal stress between namely, "hard" and "soft" grain. However, the detail mechanism of producing the internal stress is unclear. In the present study, change of lattice plane distance during compressive and tensile deformation in Ferritic steel was measured by in-situ neutron diffraction. As a result, residual lattice strain of each grain shows anisotropic behavior by its crystal orientation.
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