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

Resonators, inertial amplifiers, negative stiffness devices, and impacting oscillators are
added to the core materials of conventional passive vibration isolation systems to address …

Interactions among an inerter, spring, and energy dissipation element (EDE) in an inerter
system can result in a higher energy dissipation efficiency compared to a single identical …

This paper introduces the concept of negative stiffness inertial-amplifier-base-isolators to
achieve enhanced broadband vibration control. Three physically different novel isolators …

This paper explores the vibration isolation performance and vibration energy recovery
performance of an energy-harvesting vehicle suspension system employing inerter element …

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 …

Novel combinations of true negative stiffness dampers (NSDs) and inerter devices are used
concurrently as supplemental dampers for response control of base-isolated structures. The …

This study evaluates optimal parameters for a damped system with a tuned inerter damper
(TID). TID is a device that works similarly to a tuned mass damper, except that the actual …

Previous studies have shown that nonlinear inerters can achieve superior vibration
suppression compared to linear inerters, such as broadening the effective frequency band of …

Inerter systems have been proven to be effective vibration control devices. The energy-input-
dissipation flow offers an alternative perspective to reveal the working mechanism of inerter …