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【千帆讲堂】眼科与生物电子器件的新融合
可持续催化精准设计:理论计算与电子结构的启发
Topology and Higher symmetry under deocherence and weak-measurement
中性团簇红外光谱研究
报告题目:
Integrated Earthquake Simulation
 报告人:
Prof. Muneo HORI
Earthquake Research Institute, University of Tokyo, Japan
报告时间:
2006-07-07 10:30
报告地点:
清华大学 逸夫技术科学楼 力学系多功能报告厅 (1512)
主办单位:
清华大学航天航空学院固体力学研究所
  简介:

ABSTRACT

    With the aid of recent progress of computer sciences, we can run extremely large-scale computation of an earthquake, i.e., the generation and propagation of earthquake waves, the responses of all buildings and structures within an urban area, and the human and community action against the earthquake disasters. The data of constructing computer models are stored in latest geographical information system,  and numerical simulation methods that are used in seismology, civil engineering and social sciences are used. This lecture explains the current state of this integrated earthquake simulation, with some examples of the application to some cities in Tokyo.

 

Brief Biography

Dr. Muneo HORI is a professor of Earthquake Research Institute of University of Tokyo. He got his Ph. D in Applied Mechanics in University of California, San Diego. He has received many honors and awards including, Yoshida Prize for Young Researchers of 1991, Japan Society of Civil Engineers Annual Incentive Prize of 1993, Japan Society of Civil Engineers Best Paper Prize of 2004, Journal for Society of Geotechnical Engineering. Dr. Hori’s research areas are: Crust Engineering and Earthquake Engineering, Computational Engineering and Science for Developing Simulation Tools, and Applied Mechanics and Mathematics for Deformation and Fracture Process, etc.
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