Origami-inspired systems are attractive for creating structures and devices with tunable
properties, multiple functionalities, high-ratio packaging capabilities, easy fabrication, and …

Emerging additive manufacturing (AM) technologies, specifically additively manufactured
electronics (AME), 4-D printing, and origami, are reshaping the design capabilities and …

With the revolutionary developments in the fields of millimeter-wave (mm-wave) and Internet
of Things (IoT) technologies and the billion devices promised to be implemented by the end …

This paper proposed a hybrid printed electromagnetic pressure sensor using a metamaterial
absorber. We used a three-dimensional printed flexible resin for the transformable substrate …

Recently, origami structures have been widely studied for various applications such as
mechanical, electrical, bio, and nanosystems. Unlikely paper-like materials, engineering …

A first-of-its-kind design methodology to realize thermally actuated origami-inspired
multilayer Miura frequency selective surfaces (MLM-FSSs) using a polyester-based …

This paper presents a first-of-its-kind fully 3D-printed mm-wave reflectarray with one-shot
deployability. It consists of an array of kirigami-inspired flat-foldable dielectric-based unit …

Shape-changing mechanical metamaterials have drawn the attention of researchers toward
the development of continuous-range tunable frequency selective surfaces (FSSs). In this …

We propose a bandpass/bandstop-switchable frequency-selective metasurface (FSM)
designed for high-speed vehicles that generate high temperatures during flight, based on a …

Tunable frequency selective surface (TFSS), whose resonant frequency can change with the
external complex and changeable electromagnetic (EM) environments. In this study, using …