Structural vibration control has received considerable research attentions in the past few
decades, with special emphasis on develo** effective, affordable and applicable control …

Abstract The Sendai Framework for Disaster Risk Reduction 2015–2030 (SFDRR) highlights
the importance of scientific research, supporting the 'availability and application of science …

In seismic base isolation, most of the earthquake‐induced displacement demand is
concentrated at the isolation level, thereby the base‐isolation system undergoes large …

In this paper, a review of the nonlinear aspects of the mechanical inerter will be presented.
The historical context goes back to the development of isolators and absorbers in the first …

This work studies the advantageous features of the fluid inerter device for optimised
structural control of buildings. Experimental data are first presented to characterise the fluid …

Tuned inerter damper (TID) is a promising passive vibration control device in earthquake
engineering because it achieves a large inertance-to-mass ratio without requiring a large …

As passive control techniques, both inerter device (ID) and negative stiffness device (NSD)
produce forces that have a phase delay of π from common springs, ie, negative stiffness …

This short communication proposes a novel nonlinear energy sink (NES) equipped with an
inerter for passive vibration control of structures and presents the results related to the …

Tuned mass damper inerter (TMDI) is commonly reported to be a lightweight tunable device
that can significantly reduce buildings' seismic response. However, the backward action …

The hydraulic realization of the inerter, called fluid inerter, is a piston-cylinder device
designed to convey a fluid through an external helical channel, thus producing rotational …