This paper presents the design, fabrication, and experimental demonstration of a portable
viscosity measurement system using an AT-cut quartz crystal resonator with a temperature …

In this study, we propose a high-sensitivity sensorless viscometer based on a piezoelectric
device. Viscosity is an essential parameter frequently used in many fields. The vibration type …

Purpose The effect of viscosity on the performance of disk-shaped electromechanical
resonators has been studied and investigated in the past. The vibration frequency of a disk …

The sensitivity of vibration-type sensors can be improved using a higher resonating
frequency of a cantilever resonator. Resonance in such systems can be achieved using a …

Introduction The resonant properties of mechanical resonators provide valuable parameters
for liquids density and viscosity measurement. The viscosity of liquids in industry and …

This study investigates the sensing characteristics of micromachined electromagnetic
cantilevers vibrating at different resonance orders and under static or flowing liquid …

This paper proposes piezoelectric-based trapezoidal cantilever beam for harvesting energy
from ambient vibrations. To utilize the energy harvested by the device and to supply it to the …

This paper presents an online estimation of density and viscosity from the sensor response
based on artificial neural network approach. The working principle of sensor is based on the …

An improvement in the lift-on offset printing process is reported as a means of enabling the
structural customization of hollow structures used as moving parts of sensors and actuators …

Les systèmes vibrants proposent de manière grandissante des dispositifs en lien avec un
environnement liquide pour des applications en tant que capteur et actionneur. Le fait …