Analytical modelling of the linear transverse flux permanent magnet motor using magnetic equivalent circuit method

The authors propose an analytical modelling approach for the linear transverse flux permanent magnet motor using the magnetic equivalent circuit method. The main focus of this study is to predict the phase flux-linkage characteristic of the motor. Essential equations required for implementation of the model and how to solve it are described clearly so that someone can use it easily. A typical motor is selected to apply the proposed model and simulation results, including static characteristics of flux-linkage and thrust, are presented. To validate the developed analytical model, the discussed motor is also analysed with 3D finite element method using MAXWELL software and the obtained simulation results are compared to each other. An analytical model based on magnetic equivalent circuit method is developed for linear transverse flux permanent magnet motor, using which important static characteristics of the motor are predicted. Using the finite element method, the developed model is validated. image