Coupling of 3D Analytical Calculation and PSO for the Identification of Magnet Parameters used in Magnetic Separation
Keywords:
3D analytical solution, inverse problem, magnetic separation, parameters identification, Particle Swarm Optimization, permanent magnetAbstract
In this work, the identification of the residual magnetic flux density of NdFeB permanent magnet, used in a drum magnetic separator, is performed. This identification problem has been formulated as an inverse optimization problem and solved using the Particle Swarm Optimization (PSO) method. For fast calculations, flux densities are computed using a 3D analytical method and the obtained results are compared with measurements.
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