Calculation of magnetic field in vibrating mechanical systems

Abstract

A procedure for the calculation of magnetic field in vibrating mechatronic systems is presented in this paper. The application of the procedure of conjugate approximation with smoothing is proposed for the elimination of the unphysical oscillations produced by the approximation. This smoothing procedure enables the generation of the field of the vector of magnetic induction on rather coarse conventional finite element meshes. Those fields are necessary for calculation of precise forces acting in vibrating mechanical systems. The presented results are applicable in the design of vibrating mechatronic systems.