Vibration Control of a High-Rise Building Structure: Theory and Experiment
Yuhua Song, Wei He, Xiuyu He, Zhiji Han
Abstract
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.
Topics & Concepts
VibrationInertial frame of referenceBounded functionController (irrigation)Control theory (sociology)Lyapunov functionVibration controlBoundary (topology)Domain (mathematical analysis)Set (abstract data type)Basis (linear algebra)Computer scienceStructural engineeringControl (management)MathematicsEngineeringMathematical analysisPhysicsClassical mechanicsNonlinear systemGeometryAcousticsArtificial intelligenceBiologyAgronomyProgramming languageQuantum mechanicsStability and Controllability of Differential EquationsVibration and Dynamic AnalysisFluid Dynamics and Vibration Analysis