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 Contents:
- Course notes
- Standards
- Analytic EXCEL design file
- MATLAB and SIMULINK files
- VBS scripts
- FEA simulation files
All videos of this course are available on comprogexpert YouTube channel, to buy the course contents, don’t hesitate to contact me via the contact form.
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