Nanogenerators is the growing technology that facilitates self‐powered systems, sensors,
and flexible and portable electronics in the thriving era of internet of things (IoT). Since the …

The present study focuses on state-of-the-art of the demand, operating principles, design
parameters, different materials for beam and dielectric, already existing technologies and …

Artificial Neural Networks (ANN) are designed to evaluate the pull-in voltage of MEMS
switches. The mathematical model of a micro-switch subjected to electrostatic force is …

An alternative three-terminal (3T) subthermal subthreshold slope (SS) switch is required to
overcome the exponential increase in leakage current with an increase in the drive current …

The heat transfer performance in materials to remove heat is attained in various designs
according to the devices' design. Simulation studies are comprising of heat transfer …

Abstract Radio Frequency (RF) Nano Electro Mechanical Switches (NEMS) using Carbon
Nanotube (CNTs) are preferred for electronic switching due to its high stiffness, switching …

The present work deals with 3D modeling of a novel configuration of a double clamped
nanoelectromechanical (NEM) capacitive switch. In the proposed work, graphene oxide …

This paper investigates the use of Graphene (Gr) as an electrical contact material for the
application of microrelays. Gr is an ideal material for microelectromechanical systems …

A bulky battery is often an obstacle in microelectromechanical systems design. Not only
does it occupy large space, but also contributes to environmental pollution. Thus …

In this work, finite element analysis of shunt capacitive switch having Gold/Graphene oxide
(GO) bridge structure is reported. The pull-in voltage analysis of two structures, intact and …