报告题目：
Seismic-Resisting Self-Centering Structures with Shape Memory Alloys
(基于形状记忆合金的高性能自回复抗震结构系统)
报告人：朱松晔 博士 （Dr. Songye ZHU）
邀请人：朱宏平 教授 

报告时间：2015年4月23日（周四）3:00—5:30
报告地点：西六楼三楼会议室

报告人简介：
  朱松晔博士，男，1978年出生，现任香港理工大学土木与环境工程学系副教授(终身职)。朱博士2007年在美国里海大学（Lehigh University）获得博士学位，其本科与硕士均毕业于同济大学。朱博士主要的研究领域为：结构振动控制、结构健康监测、智能材料与结构以及能量采集(energy harvesting)。朱博士曾在SCI收录的著名学术期刊发表学术论文36篇，并发表国际会议论文60余篇。他是SCI期刊《结构工程进展(Advances in Structural Engineering)》的副主编，同时担任美国土木工程学会香港分会主任。

报告内容简介：
  Post-earthquake permanent deformation has recently been emphasized as a fundamental parameter in structural damage assessment in performance-based earthquake engineering framework. Hence, seismic-resisting self-centering structural systems, which are associated with minimal permanent deformation after earthquakes, have received considerable interest in the past decade. This talk introduces a study on novel self-centering systems taking advantage of shape memory alloys (SMA), including self-centering braced frames and self-centering base isolators. Systematic numerical and experimental investigations have been conducted, including the characterization of SMA materials and devices, the development of constitutive models, the analyses SMA-based seismic-resisting structures, the development of performance-based design methodology, and the shaking table experiment. The results indicate that properly designed seismic-resisting structures with superelastic SMAs can achieve damage-free under frequent earthquakes and design basis earthquakes, and withstand several strong earthquakes without any performance deterioration and need for repair.

                                                                           土木工程与力学学院
                                                                               2015年4月17日