Axial-Flux Surface Mounted Permanent Magnet Motor Design Course

In this course, we will follow the electromagnetic design of a case study motor: Axial-flux surface-mounted permanent magnet motor (sinusoidally excited) In this example, we will consider the stator-rotor structure (considering the concentrated windings) and do analytic and finite element analysis. Please let me know if you have any questions via the following link: Request


In this project a 3HP, 3000RPM permanent magnet assisted synchronous reluctance motor was designed for pumping application. A software tool developed for analytic & FEA design of motor using EMDLAB package. The below figure shows the sketch of the motor: The below figure shows the software: Design Steps: Analytic design using object oriented programming in MATLAB Calculation

Carter Factor

Course Title: “Calculation of carter factor for an ideal rectangular slot by FEM” Description: During this project we calculated carter factor for an ideal rectangular slot. We applied proper boundary conditions and calculated reluctance of air gap using field quantities. Finally we compared results with analytic formula:Kcs = 1/(1+5*g/ws) The procedure that we followed through

Request a high-performance computer (128 Cores, 5.8GHz, 8TB NVMe SSD, 256GB RAM) for large-scale problems and extensive optimizations
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