Mass sensors based on carbon nanotubes (CNTs) may provide excellent sensing resolution
owing to the high aspect ratio of CNTs. However, they are prone to large displacement …

An exact mode solution that investigates the prebuckling and postbuckling characteristics of
nonlocal nanobeams with fixed–fixed, hinged–hinged, and fixed–hinged boundary …

This study presents an analytical solution for the nonlinear forced vibration response of
bridged carbon nanotube (CNT)-based mass sensors subjected to different types of thermal …

Capacitive-based sensing microelectromechanical (MEMS) and nanoelectromechanical
(NEMS) gyroscopes have significant advantages over conventional gyroscopes, such as low …

In this effort, an analytical solution is proposed for the large amplitude nonlinear vibrations of
doubly clamped carbon nanotube (CNT)-based nano-scale bio-mass sensors. The single …

There is a gap to be filled in the literature regarding uncertainties that may exist in
nanobeams' material and geometric properties, such as the nonlocal parameters, Young's …

Static and dynamic analyses for the pre-and post-buckling behavior of an axially loaded
nanobeam modeled with a general form of Eringen's nonlocal theory are conducted and …

Input uncertainties on the location, mass, and geometry of multiple deposited nanoparticles
for carbon nanotube-based mass sensor are investigated. The carbon nanotube (CNT) is …

Uniform, linear, and nonlinear temperature gradients are considered to perform buckling
and vibration analyses of carbon nanotube (CNT)-based mass sensors modeled as a …

Carbon nanotubes (CNTs) have been considered for a wide range of nanotechnology
applications due to their unique mechanical, thermal, and electrical properties. One of the …