Due to the large population density in big urban centers, building taller and closer buildings
is necessary. The high flexibility of these buildings can lead to excessive vibration problems …

Tuned mass damper inerter (TMDI) is a device that couples traditional tuned mass dampers
(TMD) with an inertial device. The inertial device produces resistance proportional to the …

Inerter-based dampers (IBDs) have been demonstrated to be effective in reducing structural
vibration due to the mass amplification and energy dissipation enhancement effects of …

The tuned inerter damper (TID) is a viable solution for addressing the vibration issue of the
adjacent-building system. However, the conventional optimal calibration of the TID is …

This paper proposes using a tuned inerter damper (TID) system to mitigate the potential
pounding and unseating damages between the adjacent bridge structures under severe …

Reinforced concrete (RC) continuous girder bridges located in earthquake-prone areas are
susceptible to large vibrations under seismic excitation, which may lead to the damage of …

Pounding between adjacent bridge structures was frequently observed in previous major
seismic events. This paper proposes using inerter-based dampers (IBDs) to preclude …

Inerters have significantly uplifted the cost‐effectiveness of structural control technologies. A
recently proposed tuned mass damper‐clutching inerter (TMDCI) takes advantage of both …

Tuned inerter damper (TID) has been demonstrated as an effective device for vibration
control of adjacent structures. However, previous studies normally assumed inerter as a …