Development and deployment of online multifrequency electromagnetic system to monitor steel hot transformation on runout table of hot strip mill
Development and deployment of online multifrequency electromagnetic system to monitor steel hot transformation on runout table of hot strip mill
复制标题
在线多频电磁系统的开发和部署，用于监测带钢热轧机跳动台上钢材的热变形
DOI：
10.1179/1743281214y.0000000183
复制
发表时间：
2014
影响因子：
2.1
通讯作者：
Anthony Peyton
中科院分区：
文献类型：
--
作者：
Wenqian Zhu;Haibing Yang;A. Luinenburg;F. D. V. D. Berg;S. Dickinson;Wuliang Yin;Anthony Peyton
本文介绍了一种电磁（EM）传感器系统的模拟和实验研究，用于监测在Tata Steel IJmuiden的热带钢轧机的输出台（ROT）上的钢带的相变。传感器头包含一个H形磁芯，并在多个频率下同时激励。仿真研究链接的EM系统的输出，在一个互感谱的形式，在钢带的转换过程。这通过将钢带的转变行为的热力学模型的结果（用TITAN轧机模型建模，Tata Steel的属性）与传感器系统的EM响应（用Ansys麦克斯韦3D建模）相关联来执行。模拟能够显示感应光谱，将被测量为一个特定的轧机设置和钢带在不同的位置上的长度ROT。本文进一步描述了IJmuiden热轧带钢轧机上传感器头的结构和部署，并介绍了这种系统在轧机正常生产期间采集的数据的第一个结果。
This paper presents a simulation and experiment study on an electromagnetic (EM) sensor system for monitoring the phase transformation of steel strip on the runout table (ROT) of the hot strip mill in Tata Steel IJmuiden. The sensor head contains an H shaped magnetic core and is excited simultaneously at multiple frequencies. A simulation study linking the output of the EM system, in the form of a mutual induction spectrum, to the transformation processes within the steel strip is presented. This is performed by linking the results of thermodynamic models of the transformation behaviour of the steel strip (modelled with the TITAN mill model, property of Tata Steel) with the EM response of the sensor system (modelled with Ansys Maxwell 3D). The simulations are able to show the induction spectra that would be measured for a particular mill set-up and steel strip at different positions over the length of the ROT. The paper further describes the construction and deployment of the sensor head on the IJmuiden hot strip mill and presents the first results from this type of system with data taken during normal production on the mill.
影响因子：
2.1
作者：
A. Peyton;W. Yin;S. Dickinson;C. Davis;M. Strangwood;X. Hao;A. Douglas;P. F. Morris
通讯作者：
A. Peyton;W. Yin;S. Dickinson;C. Davis;M. Strangwood;X. Hao;A. Douglas;P. F. Morris