高炉冶炼教学仿真系统的开发研究

Development of simulation system for blast furnace smelting teaching

基于较为通用的数学模型与静态规则库,借助Swing等技术开发了一套高炉冶炼教学仿真系统。系统实现了高炉无料钟布料、鼓风动能与回旋区、高炉燃烧等模型的动态仿真。运行结果表明,该系统可视化表达效果较好,可以直观、简洁地表达冶炼过程的机理和主要参数的变化给高炉冶炼带来的影响,从而有效缩短实习周期,较好地为教学服务,部分功能在实际生产冶炼中具有一定适用性。

Based on the general mathematic model and static rule base, we developed a simulation system for blast furnace smelting teaching by means of Swing technology, which realizes the dynamic simulation of burden distribution of bell - less BF, blast momentum, blast raceway and blast burning, etc. The operation result shows that the system has good visualization effect ancl can intuitionally and briefly express the mechanism of the blast process and the influence of the change of main parameters on blast furnace, thus effectively shortening the intership period and serving the teaching. Some of functions are applicable in the practical smelting.