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In order to build high accuracy integral dynamic models of cold rolling mill system,by analyzing the vibration process of cold rolling,the dynamic model of 4-h mill,including the rolling process model,the mill roll stand structure model and the hydraulic servo system model is built.These three models are coupled and linearized,then the multiple input and multiple output(MIMO)linear transfer function model of single stand 4-h cold mill system is obtained.The model with the proposed data proves its validity,meanwhile the effects of different working conditions on the stability of cold rolling mill system have been discussed.Simulation resulsts show that the model accords with former models and has its own advancement.It contributes to the further study and supression of coupling vibraiton.
In order to build high accuracy integral dynamic models of cold rolling mill system, by analyzing the vibration process of cold rolling, the dynamic model of 4-h mill, including the rolling process model, the mill roll stand structure model and the hydraulic servo system model is built. These three models are coupled and linearized, then the multiple input and multiple output (MIMO) linear transfer function model of single stand 4-h cold mill system is obtained. The model with the proposed data proves its validity, meanwhile the effects of different working conditions on the stability of cold rolling mill system have been discussed. Simulation resulsts show that the model accords with former models and has its own advancement. Let’s contribute to to the further study and supression of coupling vibraiton.