Amplitude amplification can improve signal-to-noise ratio, which is of great significance in
engineering systems, especially in small-scale MEMS systems. Hesre, we report an …

Micromechanical oscillator sustains oscillation through a velocity-proportional feedback
force. Stabilization of the oscillation frequency is typically achieved by increasing the …

The synchronization phenomenon has garnered significant attention and extensive study
due to its frequency locking effect, finding applications in diverse fields such as …

The working mechanism of resonant sensors is based on tracking the frequency shift in the
linear vibration range. Contrary to the conventional paradigm, in this paper, we show that by …

Intermodal coupling has been demonstrated to be a promising mechanism for the
development of advanced micro/nanoelectromechanical devices. However, strong mode …

This paper theoretically investigates the nonlinear dynamics and sensitivity enhancement
method of an electrostatically coupled resonant mass sensor at 2: 1 internal resonance. A …

Resonance can enhance energy conversion and transmission efficiency in mechanical
systems. However, maintaining effective resonant behavior by tracking the resonant …

This study investigates a hybrid microelectromechanical system (MEMS) acoustic resonator
through a hybrid approach to combine capacitive and piezoelectric transduction …

Nonlinear dynamic systems are widely used in modern scientific research to model
engineering structures, population dynamics, and fuzzy system predictions. However, due to …

Underwater navigation is a current research topic undertaken in many areas of underwater
research. The article presents an analysis resulting from MEMS modeling in the context of …