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 …

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 …

The novelty of this paper is to investigates the free vibration, frequency response and modal
participation factors of the perforated multilayer microbeam structures using finite element …

This article presents a comprehensive model to investigate a free vibration and resonance
frequencies of nanostructure perforated beam element as nano-resonator. Nano-scale size …

This manuscript developed a comprehensive model and numerical studies to illustrate the
effect of perforation parameters on critical buckling loads and static bending of thin and thick …

The miniaturization trend leads to the development of a graphene based
nanoelectromechanical (NEM) switch to fulfill the high demand in low power device …

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 …

This article aims to investigate the size dependent bending behavior of perforated
nanobeams incorporating the nonlocal and the microstructure effects based on the nonlocal …

Universal logic gates NAND and NOR along with NOT and XOR are successfully
implemented using graphene cantilever structures. Three-dimensional (3D) modeling of …

Traditional power source often becomes an obstacle for microelectromechanical systems
(MEMs) from further miniaturization. Piezoelectric energy harvester serves as a perfect …