Analysis and selection between the double-rotor and double-stator topology for these designs using Finite Element Analysis (FEA)

Analysis and selection of the optimum number of poles based on the required specification

Analysis of the optimum number of slots considering the torque ripple, cogging torque, back-emf, and solid losses

Thermal analysis of the machines for the given cooling system

Demagnetization analysis of the designs

Axial force analysis and minimization

Optimal design of the machines using supervised learning technique based on FEA data

Analysis of different rotor typologies to find the best option which meets the design requirement and provides more strength

Cost analysis of the designs

Material (i.e., stator and rotor steels, permanent magnets, wires, glues, etc.) preparation and ordering for construction