Texture Characteristics of Thin Grain Oriented Silicon Steel Sheet Produced by Cross Shear Rolling
Author(s): Xiuhua GAO, Kemin QI, Renlong LI, Chunlin QIU, Bo MA, Guangrun BAI
Pages: 155-156
Year: 2000 Issue: 2
Journal: JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY
Abstract: Commercial grain oriented silicon steel was cold rolled to thickness from 0.06 to 0.10 mm by cross shear rolling, then annealed in vacuum or a hydrogen atmosphere furnace. Deformation textures of the sheets were researched by ODF method and reverse pole figure quantitative analyses. The results indicate that: in the condition of the cross shear rolling, the deformation texture of rolled sheet is generally similar to that of conventional rolled sheet, however, the texture distributlon through the thickness is asymmetrical. With mismatch speed ratio increasing, the amount of Goss texture increases. With reduction ratio increasing, the intensity of γ-fiber becomes strong.
Pages: 155-156
Year: 2000 Issue: 2
Journal: JOURNAL OF MATERIALS SCIENCE & TECHNOLOGY
Abstract: Commercial grain oriented silicon steel was cold rolled to thickness from 0.06 to 0.10 mm by cross shear rolling, then annealed in vacuum or a hydrogen atmosphere furnace. Deformation textures of the sheets were researched by ODF method and reverse pole figure quantitative analyses. The results indicate that: in the condition of the cross shear rolling, the deformation texture of rolled sheet is generally similar to that of conventional rolled sheet, however, the texture distributlon through the thickness is asymmetrical. With mismatch speed ratio increasing, the amount of Goss texture increases. With reduction ratio increasing, the intensity of γ-fiber becomes strong.
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