Abstract: The conventional friction bearings have limitations in controlling the structures’ vibration. To overcome their limitations and upgrade their seismic performances, the inertial amplifiers and inerters are applied to the ...

Abstract: Conventional dynamic vibration absorbers (DVAs) face challenges in achieving optimal vibration suppression and efficient energy harvesting due to design limitations and the absence of exact closed-form analytical solutions. ...

Abstract: This research investigated dynamic vibration control in a monopile-supported wind turbine system through strategically placed resonators along its length. Four configurations were analyzed: Case 1 (conventional wind turbine ...

Abstract: Magnetorheological (MR) dampers have the ability to mitigate natural hazards for structures due to their high energy dissipation features with low power demand. This feature has made the MR damper one of the most popular ...