A behavior-descriptive model of Love Wave sensor in liquid medium for circuit-design and analysis with QucsStudio

Rube, Maxence; Tamarin, Ollivier; Hemour, Simon; Sébéloué, Martine; Choudhari, Asawari; Sadli, Idris; Linguet, Laurent; Rebière, Dominique; Déjous, Corinne

doi:10.1109/sensors47087.2021.9639606

Cited by 3 publications

(1 citation statement)

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“…ρ and η are, respectively, the density and dynamic viscosity of the liquid medium. The linearity observed is in accordance with the literature, with an experimental slope of around −850 ppm • mL −1/2 • cP 1/2 • g 1/2 [26]. However, we can observe a large confidence interval of experimental results in Figure 14 which indicates discrepancies in the f r measurement method.…”

Section: Rve Model-based Estimation Of Love Wave Device Acoustic Sens...supporting

confidence: 90%

FEM Modeling Strategies: Application to Mechanical and Dielectric Sensitivities of Love Wave Devices in Liquid Medium

Rube,

Tamarin,

Choudhari

et al. 2024

Sensors

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This paper presents an extended work on the Finite Element Method (FEM) simulation of Love Wave (LW) sensors in a liquid medium. Two models are proposed to simulate the multiphysical response of the sensor. Both are extensively described in terms of principle, composition and behavior, making their applications easily reproducible by the sensor community. The first model is a Representative Volume Element (RVE) simulating the transducer and the second focuses on the sensor’s longitudinal (OXZ) cut which simulates the multiphysical responses of the device. Sensitivity of the LW device to variations in the rheological and dielectric properties of liquids is estimated and then compared to a large set of measurements issued from LW sensors presenting different technological characteristics. This integral approach allows for a deeper insight into the multiphysical behavior of the LW sensor. This article also explores the advantages and drawbacks of each model. Both are in good accordance with the measurements and could be used for various applications, for which a non-exhaustive list is proposed in the conclusion.

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Section: Rve Model-based Estimation Of Love Wave Device Acoustic Sens...supporting

confidence: 90%