ժҪ The texture evolution in a high strength Ti��IF steel during the processing of hot rolling, cold rolling, and annealing is studied. For comparison, both ferrite rolling and austenite rolling are employed. It is found that the texture type is the same after ferrite rolling and austenite rolling, but the texture intensity is much higher in the ferrite rolled sample. Furthermore, texture characteristics at the surface are absolutely different from those at the mid��section in both ferrite rolled and austenite rolled samples, as well as under the cold rolled and annealed conditions. The shear texture {110}<001> disappears and orientation rotates along {110}<001>��{554}<225>��{111}<112>��{111}<110>��{223}<110> during cold rolling. Compared to the austenite rolled sample, the properties of the cold rolled and annealed sheet which is subjected to ferrite rolling are higher.
Abstract��The texture evolution in a high strength Ti��IF steel during the processing of hot rolling, cold rolling, and annealing is studied. For comparison, both ferrite rolling and austenite rolling are employed. It is found that the texture type is the same after ferrite rolling and austenite rolling, but the texture intensity is much higher in the ferrite rolled sample. Furthermore, texture characteristics at the surface are absolutely different from those at the mid��section in both ferrite rolled and austenite rolled samples, as well as under the cold rolled and annealed conditions. The shear texture {110}<001> disappears and orientation rotates along {110}<001>��{554}<225>��{111}<112>��{111}<110>��{223}<110> during cold rolling. Compared to the austenite rolled sample, the properties of the cold rolled and annealed sheet which is subjected to ferrite rolling are higher.
GUO Yan��hui;WANG Zhao��dong;ZOU Wen��wen;LIU Xiang��hua;WANG Guo��dong. Textures and Properties of Hot Rolled High Strength Ti��IF Steels[J]. �й������ڿ���, 2008, 15(5): 70-0.
GUO Yan��hui;WANG Zhao��dong;ZOU Wen��wen;LIU Xiang��hua;WANG Guo��dong. Textures and Properties of Hot Rolled High Strength Ti��IF Steels. Chinese Journal of Iron and Steel, 2008, 15(5): 70-0.
2008, Vol. 15 
