Wave invisibility in confined space has been proved practical significance in mechanical
engineering and military fields. In this work, a flexural wave cloak of a corner-domain target …

In this paper, we show how to efficiently achieve thermal cloaking from a computational
standpoint in several virtual scenarios by controlling a distribution of active heat sources. We …

A novel three dimensional underwater smart piezo-sandwich spherical shell cloak is
designed and analyzed based on the hybrid active/semi-active distributed structural acoustic …

Acoustically cloaking an object from view of a system that uses acoustic waves for detection
is an attractive and practical capability. The aim of the current investigation is to hide a steel …

Non-visual auditory camouflage plays a major role in the art of underwater deception. In this
work, a hybrid active/semi-active omnidirectional cloaking shell structure composed of …

Efficient thermal management holds pivotal significance in the rapidly evolving realm of
energy-dense applications, notably in high-performance computing, where the push toward …

Acoustic cloaking is an important application of acoustic metamaterials. This article
proposes a novel design scheme for acoustic cloaking based on the region partitioning and …

Active control of scattered sound fields is of great significance for the acoustic stealth of
underwater targets. In this paper, we propose an approach to control the target scattered …

A concentric cylindrical cloak is showed here to achieve the acoustic cloaking phenomenon.
The introduced structure consists of MNE layers and water in MNE substrate in the MHz …

We propose the design method for broadband acoustic metamaterials based on the concept
of transformation acoustics. Two-dimensional distributed transmission-line (TL) models for …