Advanced Course on Design of a Fault-Tolerant Axial-Flux PM Motor with Core-Less Winding

The electrification of aerospace and unmanned aerial vehicle (UAV) systems has fundamentally shifted the operational demands placed on electric motors, making reliability a strict necessity rather than a mere asset. In these high-stakes environments, an unexpected motor failure can lead to catastrophic system loss, driving an urgent need for fault-tolerant propulsion architectures that can sustain

Advanced Course on Design of a FSCW Axial-Flux PM Motor

Request Course Content Course Title: Advanced Course on Design of a FSCW Axial-Flux PM Motor Download Paper: A Methodology for the Design of a Single-Sided Axial-Flux Permanent Magnet (AFPM) Motor for Lathe Machines Course Contents: Course notes Standards Analytic EXCEL design file (for both single rotor & double rotor structures) MATLAB and SIMULINK files VBS