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Propagation and confinement of elastic waves in a random distribution of pillars

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MWSW04 - Multiple scattering in engineering and applied sciences

We theoretically investigate the interaction between an array of sub-wavelength pillars on a substrate or a plate. FEM simulations allows to calculate the resonant modes of a finite chain of N pillars with linear, bent or random distributions and demonstrate the propagation along the chain. Then, using a mass-spring model of pillars on a plate, the propagation and confinement of 2D elastic waves are studied analytically by multiple scattering method. Some preliminary experimental results will illustrate the presentation.  

This talk is part of the Isaac Newton Institute Seminar Series series.

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