The introduction of engineered resonance phenomena on surfaces has opened a new
frontier in surface science and technology. Pillared phononic crystals, metamaterials, and …

In this research, the photonic and phononic response of one-dimensional multilayer
phoxonic crystals (PxCs) with normal incident of electromagnetic and acoustic waves is …

The star-shaped auxetic structures with sharp reentrant corners are highly stressed in
practice. In this article, a novel planar auxetic material is designed by introducing periodic …

This paper proposes a double-vibrator three-component pillared phononic crystal plate and
theoretically studies the properties of vibration band gaps of this plate. The band structures …

Using the finite element method, we theoretically study the vibration properties of a phononic
crystal plate composed of a square array of composite cylindrical pillars on both sides of a …

Effective confinement of light and sound is achieved through a one-dimensional phoxonic
crystal (PxC) cavity. In particular, co-localization of gigahertz phonons and infrared photons …

A two-dimensional phoxonic crystal (PxC) with optimal dual phononic and photonic
complete band gaps (BGs) is proposed and analyzed numerically. Using finite element …

This study presents the effects of elastic anisotropy of constituent materials in square-lattice
phononic-crystal plates. Using general elastodynamic calculations and the finite element …

In this paper, a novel phoxonic crystal (PxC) structure composed of silicon, with optimal dual
phononic band gap (PNBG) and photonic band gap (PTBG), is presented. Using the finite …

Engineered resonance phenomenon on surfaces have created an unprecedented world of
surface science and technology. Branching resonant substructure as pillared phononic …