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Showing 1 to 4 of 4 for “"wave tailoring"”.

  1. Wave tailoring in elastic and elastoplastic granular systems

    This dissertation studies wave propagation in granular media with the objective of developing stress wave tailoring applications. Two mechanisms for wave tailoring are investigated: the first part focuses on energy dissipation in elasto-plastic granules and the second studies tunable wave

    uiuc Repository record for Wave tailoring in elastic and elastoplastic granular systems (opens in a new tab)

  2. Wave tailoring granular materials: effect of randomness and plane wave propagation

    … in material and geometric properties on wave propagation behavior in 1D and 2D granular media. Results obtained for both 1D chains and 2D media show the kinetic energy amplitude decays with distance, with the rate of decay found to depend on the level of randomness and the distance from …

    uiuc Repository record for Wave tailoring granular materials: effect of randomness and plane wave propagation (opens in a new tab)

  3. Elastic wave tailoring at the macro/micro/nano- scales using intentional strongly nonlinear coupling

    In acoustics, wave tailoring refers to the manipulation of the propagation of waves or energy that are generated due to some form of dynamic loading. It includes real world examples ranging from impact mitigation to sensors and communication applications and is typically accomplished through the …

    uiuc Repository record for Elastic wave tailoring at the macro/micro/nano- scales using intentional strongly nonlinear coupling (opens in a new tab)

  4. Developments in topology and shape optimization

    … stress-constrained topology optimization; and a wave tailoring topology optimization. In shape optimization, the independent node movement approach, wherein finite element node coordinates are used directly as design variables, allows the most freedom for shape change and avoids the …

    uiuc Repository record for Developments in topology and shape optimization (opens in a new tab)