ժҪ Texture evolution of ferritic hot rolled Ti-IF steel was investigated during cold rolling in the reduction from 15% to 85%. It was found that, �� fibre intensified monotonously with the increase of the cold reduction, but �� fibre changed in a different way. As the cold reduction was in the range of 15%-35% or 45%-75%, �� fibre intensified. While the reduction was between 35%-45% or 75%-85%, the intensity of �� fibre reduced. �� fibre displayed the maximum intensity at 75% and the highest average plastic strain ratio due to the favorable recrystallization texture was obtained at this point.
Abstract��Texture evolution of ferritic hot rolled Ti-IF steel was investigated during cold rolling in the reduction from 15% to 85%. It was found that, �� fibre intensified monotonously with the increase of the cold reduction, but �� fibre changed in a different way. As the cold reduction was in the range of 15%-35% or 45%-75%, �� fibre intensified. While the reduction was between 35%-45% or 75%-85%, the intensity of �� fibre reduced. �� fibre displayed the maximum intensity at 75% and the highest average plastic strain ratio due to the favorable recrystallization texture was obtained at this point.
ZHANG Peng;GUO Yan-hui. Texture Evolution in Ferritic Rolled Ti-IF Steel during Cold Rolling[J]. �й������ڿ���, 2010, 17(1): 44-48.
ZHANG Peng;GUO Yan-hui. Texture Evolution in Ferritic Rolled Ti-IF Steel during Cold Rolling. Chinese Journal of Iron and Steel, 2010, 17(1): 44-48.
2010, Vol. 17 
