Structural health monitoring has been accepted as a justified effort for long-span bridges, which are critical to a region's economic vitality. As the most heavily instrumented bridge project in the world, WASHMS-Wind And Structural Health Monitoring System-has been developed and installed on the cable-supported bridges in Hong Kong (Wong and Ni, 2009a). This chapter aims to share some of the experience gained through the operations and studies on the application of WASHMS. It is concluded that Structural Health Monitoring should be composed of two main components: Structural Performance Monitoring (SPM) and Structural Safety Evaluation (SSE). As an example to illustrate how the WASHMS could be used for structural performance monitoring, the layout of the sensory system installed on the Tsing Ma Bridge is briefly described. To demonstrate the two broad approaches of structural safety evaluation-Structural Health Assessment and Damage Detection-three examples in the application of SHM information are presented. These three examples can be considered as pioneer works for the research and development of the structural diagnosis and prognosis tools required by the structural health monitoring for monitoring and evaluation applications.
|Title of host publication||Structural Health Monitoring in Australia|
|Publisher||Nova Science Publishers, Inc.|
|Number of pages||32|
|Publication status||Published - 1 Jan 2011|
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