Abstract

This paper presents a study of the optimization of an electromagnetic device used to measure a flow of water into a heater in order to increase its braking torque. The dynamic simulations have been performed with the 2D and 3D transient with motion solver of the commercial finite element (FE) program MagNet (Infolytica Ltd.). The output torque of the caudal meter is computed and compared with measurements. The objective of this work is to optimize the configuration of the device to maximize the developed braking torque.

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