荷兰代尔夫特工业大学Wim G. Sloof教授学术讲座通知

发布人：系统管理员发布时间：2011-05-27 浏览次数:105

受哈工大国际化基金资助和材料学院周玉教授的邀请，荷兰代尔夫特工业大学材料科学与工程系Wim G. Sloof教授于5月26日到6月2日期间来我校材料学院进行学术交流和访问。在校期间，Wim G. Sloof博士将面对我校广大师生做有关表面分析技术、自愈合陶瓷基复合材料等方面的报告，并拟在哈工大招收若干名材料及相关学科研究生前往荷兰攻读博士学位。欢迎相关专业感兴趣的老师与同学参加!

讲学安排如下：

第一讲题目：Research opportunities for graduate students to study Materials at Delft University of Technology, The Netherlands

主讲人：Wim G. Sloof博士

时间：2011年5月30日周一下午14：00-15：30

地点：哈工大材料学院322报告厅

第二讲题目：Advanced modern surface analytical techniques in materials science

主讲人：Wim G. Sloof博士

时间：2011年6月1日周三上午9：00-10：00

地点：科学园C3栋特种陶瓷研究所415报告厅

第三讲题目：High Temperature Self-healing Ceramic Materials

主讲人：Wim G. Sloof博士

时间：2011年6月1日周三上午10：20-11：20

地点：科学园C3栋特种陶瓷研究所415报告厅

Wim G. Sloof博士简介：

Dr. Ir. Willem G. Sloof, Associate Professor and head of the Surface and Interface Research group of the Department of Materials Science and Engineering at the Delft University of Technology in the Netherlands, since 1988. He received his MSc degree (Cum Laude) in 1984 and PhD in 1996 in Materials Science at the Delft University of Technology, the Netherlands. He became a guest professor of Harbin Institute of Technology in 2010. He co-authored more than 100 papers in refereed journals, and hold 2 patents. He was invited to contribute to a book on ‘Self-healing materials’ and on ‘Novel approaches to improving high temperature corrosion resistance’.

In teaching graduate students, he gives lectures on high temperature materials and coatings, surface science and surface analytical techniques. He supervised and contributed to more than 20 master and 10 PhD theses. His research projects involve the relations between properties, chemistry and structure of various metal and ceramic coatings on metallic substrates. Out of the many possible subjects, residual stresses, adhesion and layer growth are specialization areas. Currently, the research program involves high temperature thermal barrier coating systems, oxidation of metals (including radiation assisted), protective coatings on high strength steels and self-healing materials. Research on self-healing materials was initiated in 2003 focused on high temperature metallic coatings, followed by thermal barrier coating systems and MAX-phase ceramics.