Background Vibration present on various levels in many engineering fields and hence
vibration mitigation has become a subject of intense study. The nonlinear vibration isolation …

Wind-induced vibration energy harvesters with unique dynamic characteristics and excellent
energy harvesting performance have received increasing attention. This study establishes a …

This article presents a metamaterial based on a modified asymmetric circular split ring
resonator for absorber applications in the microwave regime. This metamaterial absorber …

Energy harvesting is expected to be ubiquitous and essential to modern‐day life in the
future. The limitations of ambient sources, such as thermal, mechanical, and solar, for …

Nonlinearity and dissipation are two important aspects in elastic metamaterials that hold the
potential to provide a novel method for the control of elastic waves. Here, we present a …

Metamaterial with negative permittivity demonstrate excellent performance in cutting-edge
technology. Thus, this study modified the double dumbbell-shaped split-ring resonator (MDD …

In this article, a square enclosed circle split ring resonator (SEC-SRR) based metamaterial is
described that shows negative permittivity (ENG) with near-zero-index (NZI) of refraction …

In this paper, the metamaterial absorber based chemical sensor has been designed and
measured experimentally. The proposed structure composed of gammadion copper …

Abstract Development and analysis of materials having flexibility, low dielectric constant and
tangent losses are greatly demandable in the field of wireless technology. The purpose of …

The emergence of additive manufacturing, along with the introduction of the concept of
metamaterials, allows the synthesis of high-performance materials with superior specific …