This study focuses on the effect of mechanical shock on dynamic pull-in instability of eclectically actuatedmicro-beams through an alternative reduced order model (ROM). The model’s predictions for dynamicpull-in voltages are compared with available...

reduced order modelling is utilized to solve the problem. It is found that considering the Casimir force and shock pulse interaction may lead to early instability in nano-electro-mechanical devices through dynamic pull-in even in the case with no applied...

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...

to be induced according to the base excitation scheme. The micro-plate motion is simulated through a novel and computationally very efficient reduced order model which accounts for the inherent non-linearity of distributed electrostatic pressure...

-N/MEMS. The presented model is nonlinear due to the inherent nonlinearity of electrostatics and the Casimir excitations as well as the geometric nonlinearity of midplane stretching. A Galerkin based reduced order modeling is utilized. It is found that the calculated...

is nonlinear due to inherent nonlinearity of Casimir and van der Waals forces and geometrical nonlinearity such as midplane stretching of this elastic beam. First the Reduced Order Model (ROM) for a clamped-clamped nanobeam-based N/MEMS switches under Casimir...

Brushless doubly fed induction machine (BDFIM) which is able to operate in both induction mode and synchronous mode, has received increasing attention of researchers, in the last three decades. It could be considered as ...