Abstract
This study presents computing parameter techniques for the cold rolling of steel wide strip in a continuous five-stand mill 1700. The reduction of the required power for the main drives during rolling is shown. The characteristic effects of reduction and tension of the steel strip and steel-type, as well as profile assortment on the energy consumption, is established. An algorithm for computing the rolling parameters is proposed. The results lay the foundation for the computer-aided design (CAD) software of continuous rolling modes. This technique application contributes to the basic principles for determining the technological parameters in the five-stand mill.
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