Thermal interface materials (TIM) have become a leading solution to achieve lower
operating temperature in electronic devices. To improve thermal conductivity and to …

Audio applications such as mobile phones, hearing aids, true wireless stereo earphones,
and Internet of Things devices demand small size, high performance, and reduced cost …

Micro-perforated plates (MPPs) are acoustically important elements in micro-electro-
mechanical systems (MEMS). In this work an analytical solution for perforated plates is …

An analytical model based on the low reduced-frequency method is developed for the
damping and spring force coefficients of micro-electro-mechanical systems (MEMS) …

Carbon fiber is commonly used as a heat dissipation filler for composite materials in
aerospace and electrical systems. Based on representative volume element (RVE) finite …

This paper reports on the development of a conventional constrained-diaphragm capacitive
MEMS microphone that outperforms the highest performing MEMS microphones available in …

An analytical model is presented that describes the acoustical impedance of cylindrical
tubes and concentrically connected systems of such tubes valid up to the ultrasonic …

We are highlighting the behavioral nonlinear system-level modeling approach for MEMS
capacitive microphones. The combination of finite element modeling and large signal …

An analytical model for the damping and spring force coefficients of micro-electro-
mechanical systems (MEMS) with a flexible diaphragm is developed. The model is based on …

This paper presents analytical and numerical methods for developing optical-acoustic
transducers of minimal dimensions. One can find acoustic sensors used as microphones in …