Vibration Control of a High-Rise Building Structure: Theory and Experiment

In this study, an innovative solution is developed for vibration suppression of the high-rise building. The infinite dimensional system model has been presented for describing high-rise building structures which have a large inertial load with the help of the Hamilton's principle. On the basis of this system model and with the use of the Lyapunov's direct method, a boundary controller is proposed and the closed-loop system is uniformly bounded in the time domain. Finally, by using the Smart Structure laboratory platform which is produced by Quancer, we conduct a set of experiments and find that the designed method is resultful.

Automated summary

In this study, an innovative solution for vibration suppression of high-rise buildings is developed by presenting an infinite dimensional system model based on Hamilton's principle. A boundary controller is proposed using Lyapunov's direct method, and experiments using the Smart Structure laboratory platform show the method's effectiveness.