In this paper, a review of recent journal articles on passive, active, semi-active, and hybrid
vibration control of structures subjected to dynamic loading is presented. Passive systems …

This study proposes a novel tuned liquid inerter system (TLIS) that employs a tuned liquid
element and an inerter-based subsystem, including dam**, stiffness, and inerter elements …

Conventional tuned liquid column dampers (TLCDs) can only be used to suppress structural
vibrations in horizontal directions. However, in reality, the vibration-induced motion of civil …

Conventional expressions proposed for the optimum design of tuned mass dampers (TMD)
are a rapid source to reach the information on frequency and dam** ratios. These …

Passive-tuned mass and liquid dampers are a popular choice among structural vibration
control systems for being reliable, economical, and easy to implement. Therefore …

Modern wind turbines are supported by slender, flexible and lightly damped tall towers,
which exhibit high susceptibility to wind-induced vibrations. This paper develops a …

This study focuses on tuned liquid dampers (TLDs) using liquids with different characteristics
optimized with the adaptive harmony search algorithm (AHS). TLDs utilize the characteristic …

Under the effect of strong earthquakes, collisions or excessive inter-story displacements may
occur between adjacent building structures to the extent that the building structure is …

The conventional optimal calibration of a TLCD for suppressing structural vibration is based
on the classic 2-degrees-of-freedom (2-DOF) model in terms of one specific structural mode …

Base isolation (BI) is established as an effective control strategy for improving seismic
performance of structures. The studies on performance of BI system under stochastic …