Periodic structures can be used for vibration control thanks to their vibration attenuation stop
bands. The dispersion diagram obtained for the structural unit cell can be used to …

A theoretical framework is presented to compute the dispersive properties of a locally-
resonant Euler–Bernoulli beam hosting a periodic array of beam-like resonators, the …

A unique strategy by harnessing the concept of feedback control between the piezoelectric
bimorph sub-cells which are acting as sensor and actuator is conceptualized in this paper. In …

In this research, a perspective of the dispersion relation of flexural waves on periodic
structures is proposed. The rotational theory of micro-elements is stem to explore the …

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

In this paper, an intelligent prediction and design method of acoustic metamaterial beams
based on deep learning is presented. A theoretical model of acoustic metamaterial beams is …

Abstract Effect of the graded variation in terms of separation gap between the two
successive resonators and their mass on the resultant band structure of the graded …

Acoustic metamaterials and bandgap engineering have been research areas that have
drawn intensive and extensive research attention in recent years. The exploration of low …

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 …

In this paper, flexural wave propagation, attenuation, and reflection through finite number of
rigid elastic combined metabeam (RECM) elements sandwiched between two Euler …