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Changes in microstructure of a Cu single crystal by severe plastic deformation along a crystallographically asymmetric direction were observed. Platelike specimens with (15 12 5)[9 10 3̃] orientation cut from the single crystal were deformed by rolling and accumulative rollbonding. When the logarithmic equivalent strain eeq of rolling was 0.9, rotation of crystal orientation to (2 1 1)[1 1̃ 1̃] without orientation splitting was observed inside the specimens. Although orientation splitting occurred near surfaces of the specimens, the bandlike regions with near (2 1 1)[1 1̃ 1̃] were still observed when eeq was 3.5. When eeq was 5.0, ultrafinegrained structure similar to that in severely deformed polycrystalline Cu was observed. [doi:10.2320/jinstmet.J2013037]

Rotation and Splitting of Crystal Orientation in a Cu Single Crystal Caused by Rolling and Accumulative Roll-Bonding