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绝对AGC技术在中厚板生产中的应用
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作者 王志斌 耿庆波 《马钢技术》 2001年第1期40-44,共5页
本文针对目前国内中厚板AGC系统基本停留在相对AGC水平,绝对AGC实际应用效果不理想的现状,分析了影响中厚板尺寸精度,特别是影响同板差和异板差的主要因素以及液压AGC的工作原理和存在的问题,提出了一套绝对AGC的实现方案。并以北... 本文针对目前国内中厚板AGC系统基本停留在相对AGC水平,绝对AGC实际应用效果不理想的现状,分析了影响中厚板尺寸精度,特别是影响同板差和异板差的主要因素以及液压AGC的工作原理和存在的问题,提出了一套绝对AGC的实现方案。并以北京理工大学与马钢中板厂共同开发的液压AGC系统为例,介绍其实际应用情况。 展开更多
关键词 轧机 计算机厚度控制 绝对AGC 最优控制 自学习 中厚板生产
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The Techniques to Reduce Variations within One Plate 被引量:1
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作者 梁启宏 张迪生 +1 位作者 耿庆波 陈锦娣 《Journal of Beijing Institute of Technology》 EI CAS 1996年第2期154+148-154,共8页
Conventional techniques to control variations within one plate have been based on preset models and constant automatic position control (APC or pressure feedback automatic gauge control(PAGC).However.because of the r... Conventional techniques to control variations within one plate have been based on preset models and constant automatic position control (APC or pressure feedback automatic gauge control(PAGC).However.because of the rolling force prediction error in the preset models and of the inadequate response speed of dynamic system and of the eccentricity, etc.,the conventional method has not given satisfactory results, the statistics'variations within one plate are in range of 0.25-0.60 mm The authors have developed the techniques to control the variations, which are dynamic intelligent control of hydraulic screwdown system. synchronism control of hydraulic screwdown, eccentricity control method by rotary encoder and the curve of modulus of mill measured automatically, etc., The techniques were fully and successfully industrialized in The Plate Mill of Maanshan Iron and Steel Company and good results that variations are in range of 0.08-0.15min hare been obtained in that mill. 展开更多
关键词 automatic gauge control (AGC) rolling mills thickness control computer control
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