In the design of structures isolated from the base, seismic base isolators are used for
earthquakes. It has a good acceleration-reducing effect in the control of vibrations caused by …

Most civil structures exhibit nonlinear behavior during moderate to severe earthquakes.
Consequently, inelastic analysis is needed for seismic design. Several dynamic and static …

This research aims to develop an efficient and accurate model for simulating tuned liquid
dampers (TLDs) with sloped beds. The model, based on nonlinear shallow water equations …

This study aims to primarily assess the dynamic behavior of ground-supported cylindrical
tanks to real near-fault earthquake records with different frequency contents including soil …

The possibility of detuning resulting from liquid depth fluctuation and low damping
characteristics for being deep tanks hinder the utilization of overhead water tanks (OWTs) as …

This study experimentally and numerically investigates the importance and methodology of
designing a Tuned Liquid Column Damper (TLCD) system for a slender single-degree-of …

This paper presents a novel device as an alternative to the classical tuned liquid damper
(TLD). Unlike conventional TLDs, the proposed device is capable of controlling the dynamic …

The tuned mass-damper-inerter (TMDI) is a newly developed passive energy dissipation
unit that combines the conventional tuned mass-damper (TMD) with an inerter mechanism to …

Novel closed-form solutions of the dynamic vibration equations of seismically excited
structures are derived by using the Laplace transform. Structures with single-degree-of …

This research focuses on employing a linear analytical approach to transform free surface
waves and velocities into mode coordinates, with the aim of investigating the free vibration …