A hybrid particle swarm optimization (HPSO) approach is presented to solve the problem of optimizing the steady-state temperatures of the three zones of a billet reheating furnace.
针对一种蓄热推钢式加热炉三个加热区的炉温稳态优化问题，本文提出了一种混合粒子群优化(HPSO)方法。
By the industrial experiment, the distribution of continuous casting billet preheating temperature is measured, and the economic load range of reheating furnace is established.
在工业生产条件下测量了铸坯加热温度分布，工业试验确定了加热炉经济负荷运行区。
In order to resolve the billet-jamming problem during plate production, the real-time tracing system for billet of pushing reheating furnace has been established.
针对中厚板生产中出现的钢坯混钢问题，建立了推钢式加热炉钢坯实时跟踪系统。
It is found the way to resolve the question that the temperature when the billet comes out from the furnace undulate during reheating the wider and thicker billet.
对宽厚板坯加热过程中，坯料出炉温度波动较大的现象，进行了较详细的分析，找到了解决这一问题的有效途径。
It is found the way to resolve the question that the temperature when the billet comes out from the furnace undulate during reheating the wider and thicker billet.
对宽厚板坯加热过程中，坯料出炉温度波动较大的现象，进行了较详细的分析，找到了解决这一问题的有效途径。
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