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

Inerter-based tuned mass systems (ITMSs) have been successfully applied to control the
vibration of structures. The control performance of ITMSs is significantly affected by their …

The tuned inerter damper (TID) has recently emerged in the literature as a bona fide
resonant vibration absorber for the seismic protection of building structures by relaxing the …

Offshore platforms are very important structures that experience different types of dynamic
loads throughout their service lives. In this study, the effects of the simultaneous occurrence …

The random vibrations of jacket offshore platforms under wave and earthquake actions can
reduce the service life and exacerbate fatigue damage of the offshore platforms. Aiming to …

This paper aims to investigate the mechanical and rheological properties of
magnetorheological elastomer (MRE) in marine ecosystems. The prepared samples …

The applications of various conventional passive control devices to mitigate wave-induced
vibration of offshore structures are remarkable. However, the same is not true for useable …

Tuned inerter damper (TID) has recently gained increasing attention as a new structural
control mechanism for seismic protection of structures. Currently, theoretical investigations …

This work proposes an enhanced particle inerter device (EPID) capable of significantly
enhancing the vibration control effect (VCE) of a conventional particle tuned mass damper …

This study focuses on mitigating vibrations in offshore structures exposed to dynamic loads.
It begins by examining the combined effects of wave and wind-induced loads with varying …