摘要
论述了上海中心大厦结构健康监测软件系统的集成框架及实现要点.首先提出了由数据采集端、数据发布端和数据应用端构成的软件集成框架.继而结合大厦监测硬件系统的布置特点,论述了各部分功能的关键实现技术和特殊部署,数据管理系统通过2层数据库结构实现监测信息集成;远程发布系统基于B/S(浏览器/服务器)模式实现了监测数据的远程可视化查询和获取;结构监测/分析/评估软件SMAE基于数据发布接口实现了模态识别与有限元方法的集成分析和结构动力特性的对比评估.最后结合实例说明了系统应用效果.软件系统灵活地实现了功能集成,且易于扩展和重构,具有一定的通用性.
This paper introduces the prototype software system for structural health monitoring （SHM） of Shanghai Tower. The core conception of this prototype system is the integrated framework, composed of the data acquisition layer, the data publication layer and the data application layer. According to the characteristics of the hardware arrangement of SHM system of Shanghai Tower, the particular deployment and implementation of each layer is discussed. A two-tier database structure is applied to data management system to store data centralized. A B/S model data public system is established, providing web-based data accessing and visualization. Utilizing the on-line data port, a structure modal analysis system named structural monitor/analysis/ evaluation software system （SMAE） is developed which can execute modal analysis and finite element dynamic characteristics analysis separately to provide a visualized comparison of the corresponding results. The result helps to the assessment of the dynamic behaviour of structure. Finally, the system effects are illustrated by examples. This prototype system is flexible on function integration and easy to expend and rebuild.
出处
《同济大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
2014年第3期460-467,共8页
Journal of Tongji University:Natural Science
基金
上海市科学技术委员会科研计划(11XD1404900)
关键词
结构健康监测
超高层结构
软件集成
远程数据
发布
模态识别
structural health monitoring （SHM）
super-tall building
software integration
remote data publishing
modal analysis
