Micro/nanoelectromechanical systems (M/NEMS), especially micro/nanomechanical
resonators, provide an unprecedented platform for investigating a wide range of applications …

Based on equations of the elasticity, this paper proposes a unified higher-order shear
deformation theory for stochastic vibration and buckling analysis of the functionally graded …

This paper performs the coupled thermoelastic analysis of a nanobeam with clamped–
clamped and pined–pined boundary conditions using the Green–Naghdi theory with energy …

The demand for detecting minute mass in biology and chemistry promotes the research of
high sensitivity and strong robustness mass sensor based on MEMS resonators in the past …

The quality factor (Q-factor) is an important parameter for mechanical resonant sensors, and
the optimal values depend on its application. Therefore, Q-factor control is essential for …

This paper presents an alternative approach to stochastic analysis of nonlinear dynamic
systems. It exploits this approach to analyze the response of electrostatic MEMS bifurcation …

This paper presents a dynamic-mode microcantilever sensor based on a gap method. The
sensor has a V-shaped microcantilever and a fixed structure at a distance of 2 µm from its …

Ultra-high resolution mass sensing used to be realized by measuring the changed
mechanical oscillation frequency by a small mass that should be detected. In this work we …

The quality factor (Q factor) is one of the most important parameters for a resonant sensor
since it determines the performance of the resonant system. The mass distribution …

The nonlinear dynamics in micro/nano electromechanical sensor have attracted a myriad of
attention of researchers due to its great potential to improve sensors' performance In this …