In this paper,a simulation to slab temperature was conducted based on the "black box" temperature data of heavy plate mill,and predicted value is compared with actually mea-sured temperature.
以宽厚板轧机钢坯加热炉"黑匣子"温度测试数据为基础对钢坯温度进行模拟,将模拟温度与实测温度对比后证明模型预报精度较高,基本满足预报要求。
参考来源 - 钢坯加热过程板坯内部温度预报与试验验证Up to now, there are still some tough problems which are not solved on reheating furnace's optimal control. Firstly, the billet's temperature can not be measured online, so it is necessary to precisely establish billet temperature model.
首先，由于在实际生产过程中不能在线测量炉内钢坯的温度分布，因此需要建立能够精确预报被加热钢坯温度分布的数学模型。
参考来源 - 加热炉优化控制方法与仿真系统研究·2,447,543篇论文数据，部分数据来源于NoteExpress
该模型具有较高的精度，通用配件，能满足钢坯温度的要求上线的预测。
The model has high precision, universal fitting and can meet the requirement of on-line predication of the billet temperature.
另外，作者还对基于钢坯温度场智能预报的加热炉最优控制进行了研究。
In addition, the writer studies optimize control based on intellect predicting of temperature field of reheating furnace iron bodies.
该文分析了冶金加热炉的工艺流程，利用传热学理论建立了加热炉内钢坯温度分布模型；
The technological process of metallurgical reheating furnace is analyzed and the temperature distribution model of slab in reheating furnace is presented by applying the theory of heat transfer.
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