Evolution of Structure and Texture in 3 % Si Steel during Hot and Cold Rolling Process based on CSP Technology
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Evolution of Structure and Texture in 3 % Si Steel during Hot and Cold Rolling Process based on CSP Technology
Special SteelVol. 33, Issue 2, Pages: 65-67(2012)
作者机构:
内蒙古科技大学材料与冶金学院,包头,014010
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Received:20 October 2011,
Online First:20 October 2022,
Published:20 October 2012
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闫志飞, 金自力, 计云萍, et al. Evolution of Structure and Texture in 3 % Si Steel during Hot and Cold Rolling Process based on CSP Technology[J]. Special Steel, 2012, 33(2): 65-67.
DOI:
闫志飞, 金自力, 计云萍, et al. Evolution of Structure and Texture in 3 % Si Steel during Hot and Cold Rolling Process based on CSP Technology[J]. Special Steel, 2012, 33(2): 65-67.DOI:
Evolution of Structure and Texture in 3 % Si Steel during Hot and Cold Rolling Process based on CSP Technology
0.0080-0.0120N) is melted by a 50 kg vacuum induction furnace and hot rolled to 3.5mm plate by 6 pass with finishing rolling at 850 Y and coiling at 650 °C by laboratory mill
then normalized hot rolled plate is cold rolled to 0.5 mm sheet by 4 roll reversing mill with 6 passes. Analysis results show that at surface region of hot rolled plate there are mainly random distributed larger equiaxial grains
the center area consists of fine equiaxial grains and lath shape grains and the strong rotating cube texture {001}〈110〉components occur in center area; After cold rolling
the strong a and y textures occur at surface region and the hot rolled {001}〈110〉rotating cube textures are retained in cold rolled sheet.