An effective way to describe the sequence of stop and pass bands in a one-dimensional phononic waveguide is represented by the \lq flow' line reported onto the plot of the relevant $\pi$-periodic reduced torus. In this chapter, these concepts are introduced for silver-mean quasicrystalline-generated elastic waveguides. Results are obtained for canonical configurations for which the dynamic frequency spectra are periodic. Application to finite-size waveguides is also illustrated. As the silver-mean sequence is one of the generalised Fibonacci sequences, the illustrated method can be easily extended to other quasicrystalline substitution rules.
Universal Representation of Dynamic Frequency Spectra for Canonical Generalised Quasicrystalline-Generated Waveguides
Gei M.
2023-01-01
Abstract
An effective way to describe the sequence of stop and pass bands in a one-dimensional phononic waveguide is represented by the \lq flow' line reported onto the plot of the relevant $\pi$-periodic reduced torus. In this chapter, these concepts are introduced for silver-mean quasicrystalline-generated elastic waveguides. Results are obtained for canonical configurations for which the dynamic frequency spectra are periodic. Application to finite-size waveguides is also illustrated. As the silver-mean sequence is one of the generalised Fibonacci sequences, the illustrated method can be easily extended to other quasicrystalline substitution rules.File | Dimensione | Formato | |
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(Advanced Structured Materials, 187) Holm Altenbach, Danila Prikazchikov, Andrea Nobili - Mechanics of High-Contrast Elastic Solids_ Contributions from Euromech Colloquium 626-Springer (2023)-1.pdf
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