Metalens, a two-dimensional planar system composed of strategically engineered
subwavelength structures, facilitates precise manipulation in the process of both light and …

Acoustic metasurfaces (AMs) can manipulate acoustic waves in ways that are not reachable
in natural materials, offering significant implications for engineering applications such as …

Acoustic wave modulation plays a pivotal role in various applications, including sound-field
reconstruction, wireless communication, and particle manipulation, among others. However …

We report on the theoretical, numerical, and experimental investigation of secure acoustic
holography. This secure holography is achieved via an encoded hologram generated by a …

A novel type of phase‐engineered acoustic metasurfaces with reconfigurable properties is
reported, enabling the flexible broadband manipulation of reflected wavefronts. The …

The development of an efficient acoustic metascreen utilizing artificial micro-structured
metamaterials holds paramount importance for the manipulation of acoustic wavefronts …

Abstract Herein, a Timoshenko–Ehrenfest beam‐based reconfigurable elastic metasurface
is introduced that can perform multifunctional wave phenomena within a single substrate …

Acoustic metamaterials introduce unprecedented ways by which to modulate acoustic
waves in amplitude, phase, or both. Reconfigurable acoustic metamaterials yield …

In this paper, we present an alternative design for an acoustic metasurface with sparse units
featuring open-ended pipes located on both sides of a central cavity, which can be tuned by …

This article explores the use of acoustical metamaterials to design lenses in the megahertz
frequency range of relevance to applications in nondestructive testing and medical imaging …