Study of Water Speed Sensitivity in a Multifunctional Thick-film Sensor by Analytical Thermal Simulations and Experiments
F. Stefani, P.E. Bagnoli, S. Luschi
TL;DR
This paper presents an analytical thermal simulation and experimental study of a hybrid technology water speed sensor, demonstrating the thermal solver's efficiency in managing convection heat exchange and passivating layers.
Contribution
It introduces a thermal simulation approach for characterizing a multifunctional water speed sensor with hybrid technology, highlighting simulation efficiency.
Findings
Thermal simulator effectively models convection heat exchange.
Passivating layers' effects are accurately incorporated.
Simulation results align with experimental data.
Abstract
The present paper deals with an application of the analytical thermal simulator DJOSER. It consist of the characterization of a water speed sensor realized in hybrid technology. The capability of the thermal solver to manage the convection heat exchange and the effects of the passivating layers make the simulation work easy and fast.
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