An innovative special class of magnetorheological metamaterial is proposed to achieve a
tunable band gap using a new frequency feedback control law. By using the frequency …

This study presents a strategy of vibration suppression of a beam when multiple resonant
frequencies of the structure are excited. The methodology operates on the ability of local …

In this paper, size-dependent microbeams made of functionally graded materials (FGMs)
with periodic arrays of auxiliary piezoelectric springs are considered small-sized phononic …

This study presents a Finite Element (FE) model updating methodology of a piping system
and demonstrates vibration attenuation at its resonant frequencies using tuned local …

This work presents a comprehensive mathematical treatment of phononic crystals (PCs)
which comprise a finite lattice of repeated polyatomic unit cells. Wave dispersion in …

Nonlinear metamaterial structures may provide extensive applications in low-frequency and
broadband vibration attenuation. Recently, there has been growing interest in nonlinear …

Mechanical metamaterials have recently gathered increasing attention for their uncommon
mechanical responses enabling unprecedented applications for elastic wave control. Many …

In this study, in-plane free vibration of elastic metamaterial circular curved beams is
investigated. The beams are made of three-dimensional periodic arrangement of the coated …

In this paper, we explore the dynamic behaviour of a metamaterial lattice which is composed
of elastically connected concentrated masses coupled with local resonators (mass-in-mass …

The propagation of elastic waves in infinite elastic metamaterials (EMs) is studied by using
the effective medium theory (EMT). However, when EMs are applied in engineering practice …