Torsion vibration model and vibration character analysis of rolling skid based on the twenty-high rolling mill
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摘要: 軋制過程中,軋制速度的波動和傳動系統的扭轉振動,都將導致軋輥與帶鋼表面之間產生相對滑動,嚴重影響帶鋼表面質量.為更進一步研究軋輥與帶鋼打滑特性,建立了森吉米爾二十輥軋機傳動系統打滑扭振動力學模型,對不同軋制速度和不同摩擦系數時軋輥扭矩的動力學進行了仿真分析,通過與實驗數據的對比,驗證了動力學模型的有效性,為分析軋制打滑時扭矩波動提供了新的、完善的分析模型.Abstract: The fluctuation of rolling speed and the torsion variation of the main drive shaft are inevitable in the rolling process,which leads to the rolling skid between the roll and the strip. The skid will significantly influence the surface quality of the strip. The dynamic rolling skid model was established for the drive system of Sendzimir twenty-high roll mill. The characters of torsion vibration were analyzed based on the different rolling speeds and friction coefficients. The simulated results were agreement with the experiment results,which not only validates the effectiveness of the established model,but also provides a new model for analyzing the fluctuation of the torque.
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Key words:
- torsion vibration /
- rolling skid /
- twenty-high roll mill /
- vibration characteristic
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