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3D Analytical Model of Servovalve Torque Motor Using Reluctance Network
Acte de colloque   Open Access

3D Analytical Model of Servovalve Torque Motor Using Reluctance Network

Marion Ribout, Jean-François Llibre, Batoul Attar, Carole Hénaux et Frédéric Messine
24th International Conference on the Computation of Electromagnetic Fields (COMPUMAG 2023) (Kyoto, Japan, 22/05/2023–26/05/2023)

Résumé

Torque Motor Magnetic Flux Leakage 3D Analytical Equivalent Magnetic Circuit
Electrohydraulic servovalves used in various aircraft systems (flight control system, auxiliary power unit, etc.) are a key element in fluid flow and pressure control. This paper presents a 3D analytical modelling method of the servovalves torque motor electromagnetic performance. This analytical model, based on a reluctance network, allows actuator performance to be quickly evaluated taking into account the complex 3D geometry and the high flux leakage rate.

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