Vibration suppression at subwavelength scales is of great interest in acoustic and/or elastic
metamaterial engineering which has a wide range of potential applications requiring …

A novel dual local resonance metamaterial chain, at a low frequency regime (< 200 Hz), is
designed and fabricated using selective laser sintering technology for characterization of …

Exotic acoustical features, like acoustic transparency, ultrasonic beam focusing, acoustic
band gap and super lensing capability using a single metamaterial architecture is …

Predictive design to control the geometric configurations of a novel sub-wavelength scale
energy scavenger to harvest energy at lower sonic frequencies (<∼ 1 kHz) is presented. In …

Hierarchically structured phononic crystals are proposed for filtering multiple frequency
bands. The advantages of using structural hierarchy come from its multiscale periodicity and …

The rapid development of aircraft has created a strong demand for structural health
monitoring, but current methods that rely on multiple sensor fusion suffer from complex …

A novel deterministic method to harvest energy within a broadband frequency (0~ 25 kHz)
from a mass-in-mass metamaterial is presented herein. Traditional metamaterials are …

Acoustic metamaterials are artificially engineered smart structures designed to achieve
unusual properties that cannot be possible to obtain through natural materials. Hence, with …

This study examines sound transmission of thin membranes with square frame‐shaped
masses. Numerical results indicate that multiple transmission loss peaks can be generated …

In recent years study acoustic metamaterials have found great attention due to its enormous
ability to guide and manipulate elastic wave in a medium. Frequency bandgap is a great …