报告题目(中文):高炉炉缸蘑菇形状侵蚀厚度预测
报告题目(英文):Estimating the wall-mushroom thickness at blast furnace tapholes
报告内容简介:高炉是世界上最复杂的化工反应器,通过数学模拟手段对其内部的物理化学变化行为进行描述、解释及控制是当前最先进的热门课题。炉缸是高炉最重要的部位,高炉的一代工作寿命主要取决于炉缸耐火材料的侵蚀行为,预测炉缸侵蚀的厚度,监测和控制侵蚀的过程,对延长高炉一代寿命是非常必要的。本次讲座即围绕高炉炉缸蘑菇形状侵蚀厚度预测展开。
报告人姓名:Henrik Saxén
报告人简介(中文):Henrik Saxén教授曾担任奥博学术大学(Abo Akademi University)化工学院院长(Dean of the Faculty of Chemical Engineering)和副校长(Vice Rector)。奥博学术大学过程与系统工程实验室主任,北京科技大学、bg大游官网官方平台创新引智“111”计划客座教授。Henrik Saxén教授长期从事高炉生产过程控制与优化,工业过程机器学习、数据挖掘与应用,先后在国际著名期刊上发表200多篇学术论文,在该研究领域享有很高的学术声望。
报告人简介(英文):Professor Henrik Saxén has served as Dean of the Faculty of Chemical Engineering and Vice Rector at Abo Akademi University. Director of the Process and Systems Engineering Laboratory at Abo Akademi University, Visiting Professor of National 111 Project (The Program of Introducing Talents of Discipline to University) at University of Science and Technology Beijing and Shanghai University. Professor Henrik Saxén has long been engaged in blast furnace production process control and optimization, industrial process machine learning, data mining and applications. He has published over 200 academic papers in internationally renowned journals and enjoys high academic reputation in this research field.
报告人单位(中文):奥博学术大学
报告人单位(英文):Abo Akademi University
报告时间:2023-04-21 14:00
报告地点:腾讯会议: 880-705-767,会议密码:123456
主办单位:bg大游官网官方平台
备注:会议链接:https://meeting.tencent.com/dm/UNfQjmqfEbXi
联系人:于要伟