Successful health monitoring applications on real structures can be achieved by integrating experimental, analytical and information technologies on real life operating structures. However, real-life investigations must be backed up by laboratory benchmark studies. Laboratory benchmark studies are critical for validating theory, concepts, and new technologies as well as creating a collaborative environment between different researchers. In addition, well-designed laboratory studies are a pre-requisite for field research. To implement these technologies, the writers have developed a physical bridge model in the laboratory. Data acquisition systems, accelerometers, a dynamic shaker, impact hammer, strain gages, tiltmeters, and static loads are all integrated for use on the physical model. In this paper, the writers will first discuss the issues related to the development of the physical model. Then, the damage scenarios to be simulated in the laboratory will be discussed. Finally, preliminary analysis results along with experimental counterparts are presented
