基于scada的钢坯加热炉延迟策略专家系统

C. Mui, E. Osinski, J. Meech, P. Barr
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引用次数: 7

摘要

在小型轧机中制造钢筋产品包括连铸钢坯、冷却钢坯、再加热到轧制温度以及在轧机中最终成形和缩小尺寸。由于再加热和轧制过程的动态性,再热炉的运行是一个重大挑战。利用SCADA数据采集系统,采用稳态和瞬态数学模型,对某炉的运行进行了分析。以这种方式收集的新知识与经验丰富的工厂人员的知识相辅相成,形成了一个专家系统的基础,旨在向熔炉操作员提供及时的建议。其结果是开发了一个工业专家系统,从而提高了炉和轧机的生产率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A SCADA-based expert system to provide delay strategies for a steel billet reheat furnace
The manufacturing of steel bar products in mini-mills involves continuous casting of billet sections, cooling of the billets, reheating to rolling temperatures and final shaping and size reduction in rolling mills. The operation of the reheat furnaces is a significant challenge due to the dynamic nature of both the reheating and rolling processes. The operation of a furnace was analyzed with the use of a SCADA data collection system, and with both steady state and transient mathematical models. The new knowledge gathered in this way was complimented by knowledge from experienced mill personnel to form the basis for an expert system designed to offer timely advice to furnace operators. The result was development of an industrial expert system leading to an increase in furnace and rolling mill productivity.
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