数值模拟方法在“耐火材料与燃料燃烧”课程改革中的应用  

Application of Numerical Simulation Method in Curriculum Reform of Refractory and Fuel Combustion

作　　者：张斌 李明周[1] 杨少华[1] 李政权 陈功 Zhang Bin;Li Mingzhou;Yang Shaohua;Li Zhengquan;Chen Gong(Faculty of Material Metallurgy and Chemistry,Jiangxi University of Science and Technology,Ganzhou 34100,China)

机构地区：[1]江西理工大学材料冶金化学学部,江西赣州341000

出　　处：《广东化工》2022年第5期195-197,189,共4页Guangdong Chemical Industry

基　　金：江西省高等学校教学改革研究项目(JXJG-20-7-31);江西省高等学校教学改革项目(JXJG-17-7-1);校级质量工程项目(XZG-18-14-86)。

摘　　要：耐火材料与燃料燃烧是火法冶金方向必须掌握的基本知识,也是后续专业课的工程基础课之一。为了使学生深入理解冶金设备的结构和冶金过程的本质,在《耐火材料与燃料燃烧》课程的教学过程中,使用数值模拟方法给出冶金炉窑结构的可视化图像和各种现象的动态过程,为学生提供更为丰富的重要物理参数信息,加深对抽象物理概念及传输方程等热工基础知识的理解,引导学生利用多学科交叉性知识来分析实际问题,激发学习兴趣,提高学生创新能力。Refractory and fuel combustion are basic knowledges that must be mastered by students whose major are pyrometallurgy. And this course is also the basic of subsequent major courses. In order to further understanding the essence of structure of metallurgical equipments and metallurgical process, numerical simulation method was used in the teaching process of Refractory and Fuel Combustion. The numerical simulation method can give visual images metallurgical furnace strcuture and dynamic working processes, which provide students abundant physical parameter information and help them acquire better understanding of basic knowledge of thermal engineering including abstract physical concepts and transmission equation. Besides, it can also guide students using interdisciplinary knowledge to analyze practical problems, stimulate interest in learning, and enhance innovating ability.

关 键 词：冶金炉窑 数值模拟 教学模式 课程改革 创新能力 

分 类 号：G64[文化科学—高等教育学]