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Analysis of Process Control Model of Plate MAS Rolling 被引量:4
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作者 ZHU Fu-wen HU Xian-lei ZHAO Zhong LIU Xiang-hua 《Journal of Iron and Steel Research International》 SCIE EI CAS CSCD 2010年第4期31-33,共3页
Using the identification quantity to identify the long ear disfigurement was brought up, and by calculation, it can be found that identification quantity should be set as the quantity of long ear disfigurement of the ... Using the identification quantity to identify the long ear disfigurement was brought up, and by calculation, it can be found that identification quantity should be set as the quantity of long ear disfigurement of the position which is about 0. 2 times of plate width to the plate border. Conception of plate head tiny cell was brought up, and the long ear disfigurement was uncoupled into the product of elongation percentage and length of tiny cell. On the basis of prediction of long ear disfigurement, process control model of MAS rolling was built up, and application indicates that it can fit the on-line production and eliminate the long ear disfigurement commendably. 展开更多
关键词 PLATE plane shape plan view pattern MAS rolling long ear disfigurement head disfigurement
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中厚板轧件舌形缺陷的分析 被引量:3
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作者 祝夫文 胡贤磊 +1 位作者 赵忠 刘相华 《钢铁》 CAS CSCD 北大核心 2008年第5期61-65,共5页
为了高精度预测中厚板轧件的头尾舌形量,从而为平面形状控制提供相关参数,以理论分析为基础,提出了头部微单元的概念,构造了舌形缺陷的预测模型。模型从体积守恒的角度出发,证明了舌形缺陷的体积来自于头部微单元,并通过推导得出了将距... 为了高精度预测中厚板轧件的头尾舌形量,从而为平面形状控制提供相关参数,以理论分析为基础,提出了头部微单元的概念,构造了舌形缺陷的预测模型。模型从体积守恒的角度出发,证明了舌形缺陷的体积来自于头部微单元,并通过推导得出了将距离轧件边部0.2倍宽度处的舌形量作为舌形缺陷的标识量比较合适。模型最终将舌形缺陷的标识量解耦为轧件的伸长率和头部微单元长度的乘积。在构建了头部等效微单元的量化模型的基础上,得到了舌形缺陷的预计算模型。将此模型实际应用于某中板厂3000轧机轧件舌形缺陷的预测中,取得了良好的效果。 展开更多
关键词 中厚板 宽展 舌形缺陷 微单元
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