李宗津
发布时间:2011-03-27   浏览次数:7716
 基本信息

 姓名:李宗津

 性别:男

 党派:

 职称:教授

 联系方式:zongjin@ust.hk  Tel:025-52090642


研究方向

混凝土的耐久性,高性能混凝土,纤维增强混凝土的界面特性、应变硬化行为,混凝土断裂力学,土木工程非破损测试(包括声发射、红外、冲击波等),挤压法生产先进建筑材料,土木工程功能材料(包括水泥基压电传感器等)。 
 个人简介

李宗津:男,东南大学特聘教授,香港科技大学土木工程系教授,国家973项目“环境友好现代混凝土的基础研究”首席科学家。1993年于美国西北大学结构工程专业获博士学位1990年获美国西北大学结构工程专业硕士学位,1982年获浙江大学土木工程系学士学位。美国混凝土学会(ACI)中国分会创办主席,ISO TC 71混凝土、钢筋混凝土和预应力混凝土委员会成员,欧洲混凝土结构防火设计Fib工作组成员,美国ACI会员,香港工程师协会材料分会委员。Journal of Concrete Science and Engineering的顾问编委(2001-2004),Journal of Computer and ConcreteInternational Journal of Mechanics and SolidsFrontiers of Architecture and Civil Engineering in ChinaThe Open Construction and Building Technology JournalInternational Journal of Korea Concrete Institute的编委。

研究领域:混凝土的耐久性,高性能混凝土,纤维增强混凝土的界面特性、应变硬化行为,混凝土断裂力学,土木工程非破损测试(包括声发射、红外、冲击波等),挤压法生产先进建筑材料,土木工程功能材料(包括水泥基压电传感器等)。

联系方式zongjin@ust.hk, Tel: 025-52090642

招收博士生:材料学(无机非金属方向)、结构工程、化学或力学背景的博士生。

LI Zongjin: Male, Guest Professor of Southeast University, professor of Department of Civil Engineering, Hong Kong University of Science and Technology, Chief scientist of 973 project, basic Study on Environmentally Friendly Contemporary Concrete, advisor of PhD. He got his PhD in Dept. of Civil Engineering, Northwestern University, USA. Founding President of American Concrete Institute China Chapter (2003 to 2004), ISO TC 71 Committee for Concrete, Reinforced Concrete, and Prestressed Concrete, Fib working group for fire design of concrete structures. Editorial Advisory Committee, Journal of Concrete Science and Engineering (2001-2004). He is on the Editorial Board, Journal of Computer and Concrete, Editorial Board of International Journal of Mechanics and Solids, Editorial Board of Frontiers of Architecture and Civil Engineering in China, Editorial Board of The Open Construction and Building Technology Journal and Editorial Board of International Journal of Korea Concrete Institute

Research Interests: Durability of concrete; development of high performance concrete; fiber reinforced concrete (interface property characterization, strain-hardening material development); fracture of concrete; nondestructive testing in civil engineering (acoustic emission, infrared, impact echo); development of advanced building materials using extrusion technique; functional materials in civil engineering.