How bio-inspiration enhances the potential of phononic crystals and metamaterials. How bio-inspiration enhances the potential of phononic crystals and metamaterials: [Invited] | Miniaci, M.
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How bio-inspiration enhances the potential of phononic crystals and metamaterials. How bio-inspiration enhances the potential of phononic crystals and metamaterials: [Invited]

Archive ouverte : Communication dans un congrès

Miniaci, M. | Bergamini, A. | Bosia, F. | Gliozzi, A., | Pugno, N.,

Edité par HAL CCSD ; IEEE

International audience. Nature has always represented a fundamental source of inspiration to solve mankind's scientific challenges and engineering tasks. For instance, it has been shown that a hierarchical organization over multiple length scales allows enhanced quasi-static mechanical properties, while the relative orientation of adjacent chiral centers strongly affects the physical properties of a polymer, and internal heterogeneous architectures may result in shape changing systems, to cite a few examples. In this paper, we discuss how bio-inspiration may be used to enhance the potential of phononic crystals and acoustic metamaterials.

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