• CN:11-2187/TH
  • ISSN:0577-6686

›› 2006, Vol. 42 ›› Issue (8): 224-228.

• 论文 • 上一篇    下一篇

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极薄带钢平整轧制过程辊端压靠问题

白振华;蒋岳峰;李兴东;郭志刚;陈凤坡;连家创   

  1. 燕山大学机械工程学院;宝钢益昌薄板有限公司
  • 发布日期:2006-08-15

KISS BETWEEN ROLLER ENDS IN SKIN ROLLING PROCESS OF SUPER THIN STRIP

BAI Zhenhua;JIANG Yuefeng;LI Xingdong GUO Zhigang;CHEN Fengpo;LIAN Jiachuang   

  1. College of MechanicalEnineering, Yanshan University Yichang Sheet Co. Ltd. Of BaoSteel
  • Published:2006-08-15

摘要: 针对薄窄料平整轧制过程中容易出现的辊端压靠现象,改变以往采用压靠试纸通过静压试验来进行压靠研究的传统方法,以印油为试验材料,探索出了一套简单、实用、反映真实轧制状态的压靠测量技术。该技术不但可以直观地证明轧制过程中辊端压靠现象的存在,而且能够定量测量出压靠宽度的数值。在此基础上,与生产实际相结合,建立了一套极薄带钢平整轧制时压靠量、压靠宽度、轧制压力以及板形定量计算数学模型,给出了相应的计算框图,并以现场典型规格产品为例,计算出了不同轧制状态下的压靠宽度、轧制压力以及板形。给出了相应的现场实验结果,从而通过现场试验验证了模型的准确性。该模型已经投入到现场弯辊力与轧制压力的实际设定,取得了良好的使用效果,为现场创造了较大的经济效益。

关键词: 板形, 弯辊力, 压靠, 轧制压力

Abstract: Against the phenomenon that the kiss between roller ends easily occurs in the skin rolling of thin-narrow strip, the squeegee oil being used as experimental material, a set of simple, practical kiss measuring method which reflecting true rolling condition and has changed past conventional method that the kiss research is finished through kissing reagent paper in electrostatic experiment is explored. It not only may audio-visually prove the kiss betweeen roller ends exists but may measure the value of the kiss width quantitatively. On the base of it, and associating product practice, a set of mathematical model about kiss quantity, width of the kiss, rolling pressure and shape in the skin rolling of super thin strip is established. At the same time, it gives a calculation block graph , and calculates width of the kiss , rolling pressure and shape in the different rolling condition through taking classical product as example, and gives homologus experimental data. By field experiments the accuracy of this model is validated. At present, this model is applied to the practical set of field bending-roller force and rolling pressure, and has achieved good using effect and vast economic benefit.

Key words: Bending-roller force, Kiss, Rolling pressure, Shape

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