Variable Radius Friction Pendulum Isolator for Nonlinear Vibration Control in Low-Rise Buildings
Publish place: The 6th International Conference and the 7th National Conference on Civil Engineering, Architecture, Art and Urban Design
Publish Year: 1403
Type: Conference paper
Language: English
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Document National Code:
ICCACS06_352
Index date: 5 August 2024
Variable Radius Friction Pendulum Isolator for Nonlinear Vibration Control in Low-Rise Buildings abstract
Controlling vibrations in short-period structures subjected to seismic loading is crucial for optimizing seismic performance. This paper investigates friction pendulum isolators with both constant and variable radius as a means to enhance the seismic behavior of structures. Friction pendulum isolators with a constant radius are susceptible to intensification phenomena in near-field earthquakes. Modifying the isolator radius leads to changes in its period and stiffness, thereby mitigating the amplification effect. The study first models and validates the friction pendulum isolator with a constant radius using Abaqus software. Subsequently, the performance of these isolators, both with constant and variable radius, is examined under harmonic loading to improve structural behavior.
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Variable Radius Friction Pendulum Isolator for Nonlinear Vibration Control in Low-Rise Buildings authors
Hooman Pooadi Baghbadorani
Master in Civil Engineering-Structures, Faculty of Engineering, State University of Shahrekord