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Acoustic Metamaterials: Metamaterials For Wave Control And... acoustic metamaterials: metamaterials for wave control and manipulation by exploring nonlinearity the development of metamaterials enables to engineer materials with extraordinary features, beyond the traditional limits. in the linear dynamic regime, metamaterials have Acoustic Wave Science Realized By Metamaterials acoustic wave science realized by metamaterials dongwoo lee1,2, duc minh nguyen2 and junsuk rho2,3* abstract artificially structured materials with unit cells at sub-wavelength scale, known as metamaterials, have been widely used to precisely control and manipulate waves thanks to their unconventional properties which cannot be found in nature. Acoustic Metamaterial Design And Applications By Shu Zhang... acoustic metamaterial design and applications by shu zhang dissertation... systems, for example, acoustic wave. the two waves are certainly different. acoustic wave is... since the inception of the term metamaterials, acoustic metamaterials have being explored Evolution Of Engineering Acoustic Waves With Metamaterials acoustic metamaterials are subjected to an oscillating signal near the resonance frequency too fast for the medium to respond in time,... specifically, the squared phase velocity of an acoustic wave equals the bulk modulus multiplied by the inverse of the density. for all natural medium, positive bulk modulus and density are observed. the... Controlling Sound With Acoustic Metamaterials of metamaterials (box 1), and the subset of this field, in which the aim is the control of acoustic waves, is acoustic metamaterials. metamaterials are artificial structures, typically peri - odic (but not necessarily so), composed of small meta- atoms that, in the bulk, behave like a continuous material with unconventional effective properties. Acoustics Acoustic Metamaterials: From Local Resonances To... new directions on acoustic wave transport in moving fluid, elastic, and mechanical metamaterials, graphene-inspired metamaterials, and structures whose characteristics are best delineated by non-hermitian hamiltonians. many of the novel acoustic metamaterial structures have tr anscended the original definition of metamaterials as Review On Acoustic Metamaterials - Esa acoustic waves propagate with the wave vector reversed to the energy flow, and the refractive index. n. becomes negative, given by: double negative... review on acoustic metamaterials. outline. 1. introduction 2. acoustic metamaterials with negative mass density and density near zero 3. acoustic metamaterials with negative bulk modulus Chapter 6: Damped Phononic Crystals And Acoustic Metamaterials phononic (or photonic) crystals, periodic acoustic (or electromagnetic) metamaterials, etc., is fully characterized by the application of bloch theory [12] on a single representative unit cell. as discussed in earlier chapters, this theory states that the wave field in a periodic medium is also periodic, except that 2 / 5
Nonlinear Acoustic Metamaterials For Sound Attenuation... (3) numerical modeling of the wave dynamics in nonlinear acoustic metamaterials previous studies have shown that wave dynamics in one-dimensional granular crystals can be successfully modeled using a discrete element (de) model. Manipulating Acoustic Wave Reflection By A Nonlinear... compared to the linear dispersive properties of acoustic metamaterials, the nonlinear wave interaction processes in metamaterials have been studied less extensively. nevertheless, granular crystals and granular metamaterials are structures whose contact interaction nonlinearity may be ef?-ciently mobilized to produce nonlinear wave processes... 3 / 5
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