Lateral deformation during hot flat rolling of aluminium alloys

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Abstract
At present, there would appear to be no literature dealing with the prediction of width variation either by analytical or numerical methods during the breakdown passes in the commercial hot rolling of aluminium alloys. Since this lateral flow may promote many rolling defects, particularly edge cracking, this would appear to be an important technical feature. It is clear that an understanding of these factors, which play a dominant role in this deformation mode, should increase yield and efficiency. In this communication, initial slabs with concave, convex and straight edge profiles are simulated by a commercial finite element analysis program and results compared with experimental data derived both from laboratory and industrial rolling data. The computed results are in good agreement with the measured data. Some severe discrepancies between laboratory and industrial rolling are highlighted and discussed.

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