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Elastic Foundation Induced Wide Bandgaps for Actively-tuned Topologically Protected Wave Propagation in Phononic Crystal Beams

Zhenyu Chen, Guifeng Wang, Weijian Zhou, C.W. Lim

2020International Journal of Mechanical Sciences89 citationsDOI

Topics & Concepts

PiezoelectricityBeam (structure)Band gapPhase (matter)Brillouin zoneMaterials sciencePeriodic boundary conditionsWave propagationBoundary value problemPhysicsAcousticsOpticsCondensed matter physicsQuantum mechanicsAcoustic Wave Phenomena ResearchMusic Technology and Sound StudiesNoise Effects and Management
Elastic Foundation Induced Wide Bandgaps for Actively-tuned Topologically Protected Wave Propagation in Phononic Crystal Beams | Litcius