Application of Asymmetric Rolling to Texture Control of Silicon Steel

Y.H. Sha; S.C. Zhou; Wei Pei; Liang Zuo

doi:10.4028/www.scientific.net/MSF.539-543.3424

Paper Titles

Deformation Conditions and Stability of the Basal Texture in Magnesium
p.3401

Twinning and Detwinning during Cyclic Deformation of Mg Alloy AZ31B
p.3407

Website Publication of Calculation Computer Program and Visualized Pieces both of Bcc and Fcc Pencil Glide Theory for Deformation Texture
p.3414

Improvement in Specific Electric Resistance of Bi_1.5Pb_0.5Sr_1.7Y_0.5Co₂O_9-δ by Texture Development
p.3420

Application of Asymmetric Rolling to Texture Control of Silicon Steel
p.3424

Microstructure and Texture Evolution during Annealing after Temper Rolling of a 2 wt.-% Silicon Electric Steel
p.3430

Texture and Microstructure of Cold Rolled and Recrystallized Pure Niobium
p.3436

Texture Evolution during Diffusional Heat Treatment from Roll-Bonded Ti/Ni Laminates to TiNi Shape Memory Alloy Sheets
p.3442

Experimental and Numerical Investigation of Texture Development during Hot Rolling of Magnesium Alloy AZ31
p.3448

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Application of Asymmetric Rolling to Texture Control of Silicon Steel

Abstract:

The influences of different rolling modes and speed ratios on cold rolling texture development, and the characteristics of recrystallization textures after ordinary annealing as well as magnetic annealing have been investigated for non-oriented silicon steel. Results show that the through-thickness deformation textures were effectively changed by asymmetric cold rolling even in the case of small speed ratios, and the recrystallization textures were modified with the enhanced favorable {100} and η (<100>//RD) texture components by magnetic annealing. Much improved magnetic properties can be obtained through optimization of asymmetric rolling and annealing parameters. Thus, application of asymmetric cold rolling and magnetic annealing might open up new possibilities for texture control in high-grade silicon steel production.