[HTML][HTML] Pushing the limits of complete omnidirectional bandgaps in 2D nonsymmorphic single-phase phononic crystals
We expand the limits of complete omnidirectional bandgaps (neither P-nor S-waves can
propagate) for high symmetry two-dimensional phononic crystal (PnC) designs. We reveal …
propagate) for high symmetry two-dimensional phononic crystal (PnC) designs. We reveal …
[HTML][HTML] Mechanisms of bandgap formation in 2D single-phase phononic crystals with 4-fold rotational symmetry
We investigate the formation mechanisms of bandgaps (BGs) in 2D phononic crystals
(PnCs) with 4-fold rotational symmetry, focusing on the symmorphic p4 and p4 mm, and the …
(PnCs) with 4-fold rotational symmetry, focusing on the symmorphic p4 and p4 mm, and the …
[HTML][HTML] Acoustic metasurfaces with Frieze symmetries
Frieze patterns follow a set of tiling instructions including reflection, rotation, and translation,
and tile the infinite strip. Many metamaterials function due to the underlying symmetry, and …
and tile the infinite strip. Many metamaterials function due to the underlying symmetry, and …
[PDF][PDF] Enhanced Vibration Attenuation in p4gm Phononic Crystals Via Coupled Bragg and Local Resonance Bandgaps
Phononic crystals (PnCs) are periodic materials based on particular geometric designs that
create a periodic impedance contrast. PnCs can attenuate elastic waves at various …
create a periodic impedance contrast. PnCs can attenuate elastic waves at various …