Front Matter

doi:10.1002/9781118729588.fmatter

Dynamics of Lattice Materials 2017

DOI: 10.1002/9781118729588.fmatter

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2022

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Coiled Phononic Crystal with Periodic Rotational Locking: Subwavelength Bragg Band Gaps

et al. 2022

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in their wave propagation characteristics. [1-3] Onedimensional (1D) PnCs are typically constructed by alternating between segments of two constituent materials or cross-sectional areas that have differing mechanical impedance. [4]. Elastic waves with wavelengths on the order of the PnC periodicity are scattered due to Bragg interferences, while waves at other frequencies are able to propagate through the material [5][6][7][8]. The bandwidth of nonpropagating waves within the PnC is de- Transmission direction Lateral direction Phononic crystal

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Coiled Phononic Crystal with Periodic Rotational Locking: Subwavelength Bragg Band Gaps

et al. 2022

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Front Matter

Cited by 1 publication

References 43 publications

Coiled Phononic Crystal with Periodic Rotational Locking: Subwavelength Bragg Band Gaps

Coiled Phononic Crystal with Periodic Rotational Locking: Subwavelength Bragg Band Gaps

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