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New design of a fast Thomson drive actuator based on permanent magnets: multiphysics simulation
(Technischen Universität Graz, Austria, 2024) Baida, Yevgen I.; Lytvynenko, V. V.; Chepeliuk, O. O.; Leliuk, M. A.; Clemens, Markus; Pantelyat, Michael G.
A mathematical model of a new design of a fast Thomson drive actuator for electrical devices of DC networks with two coils and a histable clamp based on permanent magnets is presented. The multiphysics problem includes the calculatoin of the static magnetic field, the electrical circuit taking into accaunt the change in voltage on the capacitor and the back-EMF inducendin the coils, the dynamics of the movement of the armatures of the bistable clamp and the drive, taking into account the change in mass at the moment of opening the contacts, the transient electromagnetic field in a non uniform nonlianer medium, taking into account permanent magnets and the movement of conducting bodies in the transient electromagnetic field. Finite element method simulations involve axisymmetric formulations on a deformable mesh.