Over the last decades, the sub–wavelength hearing capability of small living creatures has
been received huge attention in developing microscale biomimetic sound source …

Since the discovery of the ears of Ormia ochracea, a parasitic fly, a significant work in
designing a microelectromechanical (MEMS)-based directional microphone and its potential …

Fly Ormia ochracea ears have been well-studied and mimicked to achieve subwavelength
directional sensing, but their efficacy in sound source localization in three dimensions …

The resonance frequency of ultra-thin layered nanomaterials changes nonlinearly with the
tension induced by the pressure from the surrounding gas. Although the dynamics of …

This work deals with the effects of Casimir and/or van der Waals forces (quantum dynamics
phenomena) on the amplitude-frequency response of the superharmonic resonance of …

In this article, an original approach to model the squeeze film effects in capacitive circular
microplates is developed. The nonlinear von Kármán plate theory is used while taking into …

This paper proposes an approach of stacking prepreg periodically for carbon fiber-
reinforced polymer composites (CFRP) laminate. This paper will discuss the natural …

This paper demonstrated the coupled surface effects of thermal Casimir force and squeeze
film damping (SFD) on size-dependent electromechanical stability and bifurcation of torsion …

The trapped air between two closely oscillating MEMS devices introduces significant
damping in the system. These damping effects can be modeled by designing a suitable …

Capacitive micromachined ultrasonic transducer (CMUT) has been widely studied due to its
excellent resonance characteristics and array integration. This paper presents the first study …