This article addresses the study of polyethylene-based metamaterials for acoustic control, using a relaxed micromorphic model. Analyses are presented on dispersion curves and model consistency in various scenarios, evaluating the influence of parameters on material properties.
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The study highlights the importance of considering the base material properties and their size in the formulation of micromorphic models, allowing for better adaptation to specific design problems. Likewise, tuning parameters are explored for different scenarios, including cases with enhanced kinetic energy.
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