Reducing vibrations occurring in structures under environmental loads makes a significant
contribution to the development of structural safety. Tuned mass dampers (TMD) are one of …

Tuned mass damper (TMD) has been applied in civil engineering fields to reduce the
seismic response. However, few TMDs are used in the nuclear structure due to the huge …

This study investigates the parametric optimization of multiple-tuned mass dampers
(MTMDs) deployed along the length of a tower and monopile structure subjected to …

Tuned mass damper is one of the effective methods used to reduce dynamic loads in
structures under the influence of environmental loads such as earthquakes, wind, and traffic …

Research on the SSI effect on flat sites has yielded many valuable conclusions. However,
current research on the impacts of various special local terrains on structural dynamics …

Compared with classical tuned mass damper (TMD), inerter system has higher damping
efficiency and wider vibration control range. The traditional fixed-point theory of TMD have …

One of the most effective systems for reducing dynamic responses of the structures
subjected to earthquake excitations is tuned mass dampers (TMDs). In the traditional design …

Launching nose is prone to wind‐induced vibration due to low frequencies and damping
during incremental launching construction (ILC). Finite element method (FEM) and field …

Inerter systems (IS) for passive vibration control offer notable advantages, such as being
lightweight and delivering high performance. And conventionally, it is primarily designed …

Coulomb friction is considered as a mechanical approach to diminish the structural
responses during the excitations. However, in case of severe oscillations supplementary …