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第二届岩土工程减灾与修复国际会议

发布时间：2008/06/06

[ 会议基本信息 ]

会议名称（中文）：

第二届岩土工程减灾与修复国际会议

会议名称（英文）：

The 2nd International Conference On Geotechnical Engineering for Disaster Mitigation and Rehabilitation (GEDMAR08)

所属学科：

地球科学　工程与技术科学基础学科　矿山工程技术　土木建筑工程　水利工程　交通运输工程　安全科学技术　

会议类型：

国际会议

会议论文集是否检索：

不详

开始日期：

2008-5-30

结束日期：

2008-6-2

所在国家：

中华人民共和国

所在城市：

江苏省南京市

具体地点：

主办单位：

国际土力学与岩土工程学会(ISSMGE)

协办单位：

承办单位：

河海大学, 中国土木工程学会土力学与岩土工程分会, 中国岩石力学与工程学会环境岩土工程分会, 香港岩土工程学会

议题：

1. Case histories on recent and past natural disasters (earthquake etc.)

2. Mechanisms of natural and coastal disasters.

3. Disaster mitigation and rehabilitation techniques.

[ 组织结构 ]

会议主席：

刘汉龙教授

组织委员会主席：

刘汉龙教授

程序委员会主席：

会议嘉宾：

[ 重要日期 ]

摘要截稿日期：

2007-4-1

全文截稿日期：

2007-10-1

论文录用通知日期

2007-12-1

交修订版截止日期：

2008-1-1

[ 会务组联系方式 ]

联系人：

邓安

联系电话：

13770531932

传真：

025-83713073

E-mail：

gedmar08@hhu.edu.cn

通讯地址：

江苏南京河海大学土木学院

邮政编码：

210098

会议新闻(共0条新闻）：

会议注册费：

待定

会议网站：

http://www.GeoHohai.com/GEDMAR08

会议背景介绍：

Disaster mitigation and rehabilitation has increasingly become one of the major concerns of geotechnical engineers and engineering geologists. Following the first successful conference of this series in Singapore, TC39, TC4, The Joint Working Group on Geotechnical Engineering for Disaster Mitigation and Rehabilitation and the Geotechnical Research Institute (GeoHohai) of Hohai University, China, are jointly organising the second conference in May 2008 in Nanjing, one of the historic cities in China. The conference will provide an excellent opportunity for engineers, academics, construction equipment and materials manufacturers, suppliers, and government officials to present and exchange the latest developments and case histories related to geotechnical engineering for disaster prevention, mitigation and rehabilitation.

征文范围及要求：

Main theme - Enhancing disaster mitigation and rehabilitation capabilities through research and development.

Proposed sub-themes may include but are not limited to:

1. Case histories on recent and past natural disasters (earthquake, tsunami, landslide);
2. Mechanisms of natural and coastal disasters (soil dynamics, liquefaction, geological and environmental factors, earthquake analysis and modelling, sub-aerial and submarine landslides, seismic ground motions);
3. Disaster mitigation and rehabilitation techniques (difficult soils, ground treatment, design against earthquake and other natural disasters, coastal protections);
4. Risk analysis and geohazard predictions (risk mapping, consequence evaluation, reliability analysis).

会议视频：

·Opening Ceremony of GEDMAR08
·Qian Jiahuan Lecture:Flow slides
·Geohazards in China and its mitigations
·Liquefaction mitigation of sand
·Earthquake-induced submarine landslides
·Modelling the Influence of Fines
·Progressive damage simulation of foundat
·Possibility of modeling of a water film
·Possible Types of flowslide Failure
·China National Guideline of Risk
·Statistical evaluation for strength
·Relationship between Reliability indices
·Planning slope stabilization actions
·Disaster management in Central Java
·Reliability benchmarking
·Interaction between Eurocode 7
·Seismic performance evaluation of geotec
·Strategies for tsunami risk assessment
·Some aspects of the mitigations and reha
·Mitigation of seismic damage of river
·Probabilistic seismic and tsunam
·Improvement of Levee Stability uvder
·Coastal barrier island creation/augmenta
·Deformation and stability analyses
·Soil improvement for damage
·Instrumented full scale test
·Geotextile reef as a coastal protection
·Evaluation of disaster assistance
·Geological disasters and mitigation
·Effectiveness of stiff columnar
·Fly-ash-stabilized gypsiferous
·Mitigation system of coal bumping
·Some studies on recycled aggregate
·Dynamic Property of Soils
·Effects of anisotropic consolidation
·Applicability of newly-developed instrum
·Geotechnical and Seismic Hazard Study
·Application of infrared photography
·Reduction of Earth Pressure
·Some case studies on debris flow
·Travel distance of debris flows triggere
·Mapping Susceptibility of Rainfall-Trigg
·Budget-based debris-flow susceptibility
·Evaluate the risk of land-sliding based
·Some numerical considerations
·Evaluation of in-situ shear strength
·Study on rainwater infiltration
·A new predicting method of landslide
·Multiparameter on dam seepage detecting
·Estimation of liquefaction-induced
·Advances in field measurements
·Quick clay landslide risk mapping
·Mitigation and Restoration
·Natural Disaster Mitigation & Rehabilita
·Practitioners' Forum
·A Preliminary Report on Wenchuan
·The Wenchuan Ms8.0 Earthquake