Biomimetic dam** materials have emerged as promising candidates for various
applications due to their ability to mimic the exceptional dam** properties observed in …

High-rise structures and large-span bridges have low vibration frequencies and low intrinsic
dam** and hence are subjected to multimode vibrations under environmental excitation …

Recently, damped outrigger structures have shown great potentials in suppressing
vibrations of tall buildings subjected to seismic and wind excitations. To gain insight into the …

In this study, the lever mechanism is incorporated with the tuned mass damper inerter
(TMDI) to further promote the practical application of TMDI in long-span bridges. Four …

Although the grounded inerter is an effective concept to enhance the control capability of a
nonlinear energy sink inerter (NESI), it is usually difficult to be implemented on a large-scale …

In recent years, various kinds of damped outrigger systems, particularly with the negative
stiffness devices, have been shown to effectively suppress excessive vibration induced by …

Long-span suspension bridges are subjected to wind-induced vibrations due to their large
flexibility and low dam**. Damped outriggers have been proposed recently to supplement …

Separated box girders (SBGs) are frequently employed in super-long-span cable-supported
bridges due to their excellent flutter performance. However, SBGs are susceptible to vortex …

This paper investigates an optimization framework of the four mass dampers for controlling
the vortex-induced vibration (VIV) in long-span bridges, including the tuned mass damper …

Recently the tower-girder-connected damper has been utilized to suppress multi-mode
vertical vortex-induced vibration (VIV) of long-span suspension bridges. In this paper, an …