The field of piezoresistance has mainly advanced through experimental research; however,
the improved accuracy of simulations and the emergence of new materials have increased …

In this paper, the dynamic response of homogeneous, transversely isotropic, thermoelastic
micro-beam resonators subjected to time-varying transverse loads has been investigated in …

Due to microscale size and infinitesimal stiffness, the undesirable surface and external
forces influence the mechanical behaviors of microstructures. It hinders MEMS functions …

The need for simple and low-power sensors is growing across various applications
including medical, automotive, and industrial. However, resistive sensors require …

The physical design and implementation of an LTCC on–off microswitch device is
demonstrated. One model was used to describe microchannel fluidic behavior, especially …

The reaction forces at the tungsten support probes of a platinum microwire are determined
by numerical analysis for different push-pull sliding velocities and contact pressures. The …

In this paper, the flexural vibrations of homogeneous, isotropic, generalized micropolar
microstretch thermoelastic thin Euler–Bernoulli beam resonators, due to time harmonic load …

The current study evaluated friction force in a microwire for push-pull sliding motion against
two opposite microprobes by numerical analysis. The effect of variation of the microwire and …

MEMS accelerometers have found applications in harsh environments with pressure,
temperatures above ambient conditions, high g shock and vibrations. The complex structure …

The scope of this paper is the reliability design and testing of flexible MEMS components as
clamp-clamp beams for the out-of-plane displacement. The field of implementation of such …