In this work, a multilayered fully clamped micro-beam is modeled using commercial FEM software (COMSOL

Multiphysics). The model is designed to investigate the pull-in instability of the multilayered micro-beam under

the effect...

In this work, a fully clamped micro-beam is modeled using commercial FEM software (COMSOL

Multiphysics). The model is designed to investigate the pull-in instability of the micro-beam under the effect of

electrostatic field induced...

This investigation concentrates on the combined effect of mechanical shock and electrostatic

loads on the dynamic pull-in instability of functionally graded micro-beams. An alternative

reduced order model (ROM) is employed to study...

In general, the vibration frequency of electrically actuated nano/micro-beams under suddenly applied DC voltage is decreased with an increase of the input voltage. However, this descending behavior may be changed, if the initial gap between...

This study investigates influence of fringing field effect

on the voltage dependent behavior of electrostatically

actuated micro-beams. For this purpose, the size

dependent beam model is used. Strain gradient...

parametric study. In addition, the accuracy of present method is verified by comprising the results with experimental data and excellent agreement between them are observed. It is found that by decreasing the resistance of fluid pressure, micro-beam...