4.7 Article

Guided Lamb waves in reconfigurable phononic crystal waveguides

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Effect of prestress on phononic band gaps induced by inertial amplification

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Summary: Phononic crystals and elastic metamaterials have received attention for unconventional wave control. Structures with adaptive elastic properties have been proposed for wave manipulation. External mechanical load can significantly impact band gaps induced by inertial amplification, showing notable shifts and dispersion changes. The application of external prestress can switch the structure's behavior from pass-band to stop-band, providing opportunities for real-time tunable wave manipulation.

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