Functionally graded multilayer shallow arch structures have gained significant attention due
to their unique mechanical properties and potential applications. This review aims to provide …

Nonlinear vibration isolators with quasi-zero-stiffness characteristics offer broadband
vibration isolations, while passive quasi-zero-stiffness isolators are unable to adapt to …

Mechanical frequency locking can overcome the dependence of peak frequency on the
driving amplitude and improve the frequency stability in nonlinear resonant systems. Most …

The bifurcation-based mass sensor can take advantage of amplitude jumps between
multiple steady states to realize quantitative mass detection and mass warning. Compared …

This paper investigates the fundamental sensing mechanism of electrostatic MEMS gas
sensors. It compares among the responsivities of a set of MEMS isopropanol sensors before …

This investigation focuses on develo** a new sensitivity-improving approach for high-
order mode-localized mass micro-sensors by utilizing the capabilities of piezoelectric …

Implantable micro-electro-mechanical devices represent the most promising wearable
technology for accurate and rapid monitoring of physiological parameters, as well as for …

In this study, a set of criteria, which defines the appearance of dynamic bistability in curved
beams is formulated and validated. Such a form of bistability can appear in curved …

The present investigation focuses on the design and mathematical modeling of a
microelectromechanical (MEMS) mode-localized based sensor/actuator system. This device …

Mode coupled vibration plays an important role in improving the dynamic performance of
MEMS resonators and broadening the application range of micro-resonant devices …