Structural health monitoring of high structure with different dynamic properties

Structural health monitoring systems use the dynamic properties of the structure to monitor complex structure behaviors caused by strong ground movement, strong wind and similar effects. For structural health monitoring, it is an important step to process instantaneous data to be taken with measuring devices placed on structures to determine whether the structure has damage that would threaten its safety after an earthquake and create a decision mechanism by using highly informed equipment or processors. Structural health monitoring has been the most objective and advanced technology in the world for structures, structural and non-structural elements in terms of earthquake engineering. Data of the building was obtained with the help of accelerometers placed on the structure to investigate the effect of earthquake forces on structures with the developing technology. In this study, the performance of a high structure created in the model was determined under possible earthquake records. In the light of the actual acceleration records obtained thanks to the accelerometers placed in this building, the structure was constantly monitored and the structure behavior under the influence of the earthquake was recorded and the dynamic properties of the building were realistically reported.