The negative stiffness inertial amplifier tuned mass dampers (NSIA-TMD) are introduced in
this paper. Another two novel tuned mass dampers such as negative stiffness tuned mass …

Although conventional metamaterials possess extraordinary properties, they cannot meet
the practical requirements of engineering structures subjected to both temperature …

This study investigates the parametric optimization of multiple-tuned mass dampers
(MTMDs) deployed along the length of a tower and monopile structure subjected to …

The primary focus of this paper is to analyze the impact of the periodic resonators on the
wave dispersion phenomenon of a thin-walled asymmetric beam. An analytical framework …

Dynamic vibration absorbers are of utmost importance in civil and mechanical engineering
applications; however, their intricate mechanisms are always challenging for practical …

Impacting vibration absorbers (IVA) and impacting inertial amplifier vibration absorbers
(IIAVA) are established in this study to control the vibrations of the single and multiple …

This paper develops a novel low-frequency vibration isolation device based on rigid body
dynamics called a Rigid Elastic Vibration Isolator (REVI). The REVI model is realized by …

The influence of the periodic resonators on wave dispersion of a thin-walled mono-
symmetric beam is studied in this paper. The primary focus is to develop a non-dimensional …

The paper presents a unified homogenization-based methodology to estimate the dam**
enhancement, known as metadam**, for a thin-walled mono-symmetric beam (TWMSB) …

This study proposed a method of estimating the dam** enhancement, ie metadam** of
a thin-walled mono-symmetric beam due to the impregnation of periodic damped …