Abstract
The development of a comprehensive computerized model for cold rolling is described. Rolling forces, torques, forward slip, temperatures of rolls and strip, thermal cambers of rolls, as well as strip thickness profile and flatness, are predicted. The model is applicable to both basic and applied studies of the rolling process. Its primary purposes are to aid in optimizing performance of existing mills, in the design of new cold mills, and in devising open-loop and closed-loop automatic flatness-control systems.
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