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Applications of optimal mathematic-physical models in metallurgical manufacture scheduling system at Baosteel

Applications of optimal mathematic-physical models in metallurgical manufacture scheduling system at Baosteel
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摘要 The transfer of mass flow between ironmaking and steelmaking process atBaoshan Iron and Steel Co. Ltd. has been analyzed. The mathematic-physical models of transportscheduling for hot metal manufacturing have been researched combined with the practical problem inthe metallurgical manufacture procedure. Taking into account these models, the scheduling softwarehas been designed, programmed and tested on-line. The new automation system of production schedulinghas been implemented successfully at Baosteel, which produces a great economic benefit. The transfer of mass flow between ironmaking and steelmaking process atBaoshan Iron and Steel Co. Ltd. has been analyzed. The mathematic-physical models of transportscheduling for hot metal manufacturing have been researched combined with the practical problem inthe metallurgical manufacture procedure. Taking into account these models, the scheduling softwarehas been designed, programmed and tested on-line. The new automation system of production schedulinghas been implemented successfully at Baosteel, which produces a great economic benefit.
出处 《Journal of University of Science and Technology Beijing》 CSCD 2003年第6期30-34,共5页 北京科技大学学报(英文版)
关键词 mathematic-physical model software applications LOCOMOTIVE transportscheduling mathematic-physical model software applications locomotive transportscheduling
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