Optimization of Design Parameters for Manufacturing a Radial Active Magnetic Bearing with 12-Poles

This research aims to design an Active Magnetic Bearing (AMB) after performing optimization process via reducing the number of poles and by air gap, Dia. Yoke, Z-length (deep model). To increase performance a radial (AMB), all particular equations based on Genetic Algorithm method using ANSYS Maxwell (Version 17.1) program electro-magnetic have been studied. Manufacturing active magnetic bearing standing for two counts, each one containing 12 instead 16, led significant improvement in performance. Some conclusions were obtained, including complications control system will be reduced when they are linked AMB. The complexities inversely proportional model covered this study is made material with good engineering characteristics steel 37-2.