摘要
介绍了粘结性漏钢的形成过程,对比分析了正常工况和粘结漏钢形成过程中结晶器壁的温度变化特征。通过BP神经网络建立了漏钢预报温度识别模型,用某钢厂200组典型历史温度数据对其进行训练;采用虚拟仪器平台搭建了漏钢预报实验系统并进行了模拟实验。结果表明,该方法预报实时、准确,具有一定的应用价值。
The forming process of sticking breakout was introduced, and the temperature variation characteristics of mold wall in normal working condition and bonding process were compared and analyzed. BP neural network was used to establish the temperature identification model for molten steel leakage prediction. 200 groups of typical historical temperature data of a steel plant were used for training. The simulation experiment was carried out by using the virtual instrument platform to build the molten steel leakage prediction experiment system. The results show that the method is practical, accurate and certain application value.
引文
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