Course Title:
Introductory course on the design of a 4kW, 1800RPM V-type IPM motor
Course Duration:
- Number of videos = 30
- Duration = 12hr and 48min
- Download course notes
Course Content:
- Course notes
- Standards
- Analytic EXCEL design file
- MATLAB and SIMULINK files
- VBS scripts
- FEA simulation files
The videos of this course are free and available on my YouTube channel, to buy course content don’t hesitate to contact me via the contact form or Skype.
Content Fee
€50
Course Videos:
- Part #01: The introductory course on design of V-type IPM motors content
- Part #02: Calculation of base speed & number of poles & number of stator slots
- Part #03: Analytic design, classification of design variables
- Part #04: Analytic design of the V-type IPM motors
- Part #05: Analytic design, and the output equation
- Part #06: Analytic design, stator lamination sizing of interior permanent magnet motors
- Part #07: Analytic design, calculation of stator lamination dimensions
- Part #08: Analytic design, magnet sizing
- Part #09: Calculation of the Carter factor in permanent magnet motors
- Part #10: Update & tuning & calculation of some parameters
- Part #11: Analytic design & sensitivity analysis of V-type IPM motors
- Part #12: Slot pole combination analysis of IPM motor
- Part #13: Parametric modeling, stator & winding
- Part #14: Parametric modeling of the rotor & magnets of IPM motor
- Part #15: Definition of magnet materials
- Part #16: Calculation of the magnetic loading
- Part #17: Magnetic loading matching
- Part #18: Calculation of armature field
- Part #19: Demagnetization study of permanent magnet motors
- Part #20: Calculation of static torque of an interior permanent magnet motor
- Part #21: Calculation of torque map of an interior permanent magnet motor
- Part #22: Back-EMF simulation of the IPM motor
- Part #23: Calculation of parameters in rotor reference frame
- Part #24: Steady state simulation of interior permanent magnet (IPM) motor
- Part #25: Calculation of saliency ratio and output torque
- Part #26: Calculation of power factor and load angle of an interior permanent magnet motor
- Part #27: Calculation of iron losses & motor efficiency of an interior permanent magnet motor
- Part #28: Skew study of an interior permanent magnet motor (IPM motor)
- Part #29: Calculation of the torque-speed curve of interior permanent magnet motors
- Part #30-1: Calculation of the efficiency map of an interior permanent magnet motor
- Part #30-2: Calculation of the efficiency map of the V-type IPM motor
- Generate, export, and save parametric geometries using macro programming in SOLIDWORKS