Determination of Magnetic Field for Different Shaped Permanent Magnets
Ana Mladenovic, Slavoljub Aleksić
Abstract
Ana Mladenovic, Slavoljub Aleksić
Abstract
The paper presents the magnetic field calculation of permanent magnets, homogeneously magnetized in known direction. Method used in the paper is based on a system of equivalent magnetic dipoles. The results that are obtained using this analytical method are compared with results obtained using FEMLAB software. Magnetic field and magnetic flux density distributions of permanent magnet are shown in the paper.
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The paper presents the magnetic field calculation of permanent magnets, homogeneously magnetized in known direction. Method used in the paper is based on a system of equivalent magnetic dipoles. The results that are obtained using this analytical method are compared with results obtained using FEMLAB software. Magnetic field and magnetic flux density distributions of permanent magnet are shown in the paper.
Key concepts: Magnet, Force between magnets, Magnetic field, Magnetic flux, Magnetic dipole, Dipole magnet, Magnetic energy, Dipole