In this study, we propose the three-dimensional (3D) phononic crystal-based coupled
resonator waveguides (PnCCRWs) for the guidance of acoustic waves along complex …

The existence of topologically protected boundary states in the Su–Schrieffer–Heeger (SSH)
model has been widely explored in various systems in the past decades. On the other hand …

We investigate the photonic and phononic surface and edge modes in finite-size three-
dimensional phoxonic crystals. By appropriately terminating the phoxonic crystals, the …

We study the propagation of transverse acoustic waves associated with the surface of a semi-
infinite superlattice (SL) composed of piezoelectric-metallic layers and capped with a …

Broad omnidirectional band gaps in a three-dimensional phononic crystal consisting of a
face-centered cubic array of spherical air voids connected by cylindrical conduits in solid …

Self-collimated propagation and slow-sound effect of spoof acoustic surface waves over a
thin solid slab with partially embedded spherical cavities in a square lattice are numerically …

In this paper, we provide a theoretical and numerical study of the acoustic properties of
infinite and semi-infinite superlattices made out of graphene-semiconductor bilayers. In …

We present an analytical and numerical study of the possibility of existence of surface
localized modes, the so-called Tamm states, in a one-dimensional (1D) comb-like phononic …

Tamm and Shockley states, these two paradigmatic concepts are used to describe surface
states not only in electronic systems but also in photonic and phononic crystals. The Re …

The emergence of acoustic metamaterials generated a lot of attention in the study of low-
frequency vibration, noise control and reduction in engineering applications. As a result, the …