| 高峰论坛会信息 | | 会议主题 ： 2007年材料、环境与结构健康监测国际会议 | | 会议地址 ： 南京 | | 主办单位 ： 纽约城市大学、郑州大学等 | | 承办单位 ： 东南大学土木工程学院结构健康监测研究所 | | 协办单位 ： National Science Foundation | | 起止时间 ： 2007-10-16 -- 2007-10-18 | | 宣传网址： http://www.hmsme2007.net | | 举办城市： 南京 | | | 联系人： 李爱群，李兆霞 | | 联系地址： 南京四牌楼2号，东南大学土木工程学院 | | 邮政编码： 210018 | | 联系传真： － | | EMAIL： HMSME2007@seu.edu.cn | | 联系电话： 025-83793224 | | Much has been learned from past experience that damage monitoring technologies developed in aeronautics cannot be directly transferred to those in civil engineering that is more concerned with the use of construction materials even less to bioengineering where the interface behavior of tissues in vivo with man-made materials react very differently. The interface mechanics of stress transfer can vary widely for the embedment of sensors into concrete and metal, not to mention the effects of environment. These details can affect the interpretation of the monitored signals. One of goals of this conference is to emphasize the distinction among the different applications. They may include bridges, road ways, high sky risers, buildings, etc. Aircrafts, ships, automobiles, etc. can be categorized into a different group. In addition, there is the need to develop damage or failure models to define the relevant parameters and to assess the sensitivity of instrumentation. The details of health monitoring are multifaceted as mentioned above. But there is a general framework within which the following topics can be addressed for the 2007 HMSME conference.
• Criteria assessing local damage initiation in contrast to termination of global system integrity and their connection.
• Analytical and computational methods that have the capability to address stable from unstable failure or displacement versus stress controlled conditions.
• Develop models that address structure and material redundancy in relation to real time data monitoring.
• Test procedures for determining the capabilities of sensors for.
detecting mechanical damage distinguished from material heterogeneity.
• Analytical and experimental studies of sensor/material interface mechanics and ways for ranking adherence in terms of quality of signal.
• Methodologies for signal processing/interpretation for detecting different defect configurations.
• Critiques and comments on current sensor calibration and measurement methodologies advocated by professional societies.
• Field demonstration and full scale tests of bridges and other structures.
Other topics associated with the reliability and safety aspects of structural and material evaluation connected with health monitoring are also welcome.
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