Tutorial 5: magneto-static analysis of a switched reluctance motor using EMDLAB software, part 2

Tutorial 4: magneto-static analysis of a switched reluctance motor using EMDLAB software, part 1

Tutorial 3: magneto-static analysis using the EMDLAB software

Tutorial 2: geometry generation in new version, emdlab-2025-v1

Part 40: parallel magnetization for permanent magnets

Part 39: detailed CAD model of the winding

Part 38: harmonic analysis of the case study 4

Part 37: design of an outer rotor surface PMSM with FSCW

Part 36: calculation of the winding factor in a FSCW

Winding animation, outer rotor PMSM and BLDC, 10-pole, 12-slot

Part 35: loss calculation using 2D and 3D models

Part 34: sizing of a PM motor with FSCW

Part 33: torque generation in PM motors with FSCW

Part 32: rotating field in fractional slot concentrated winding motors, section 2

Part 31: rotating field in fractional slot concentrated winding motors, section 1

Part 30: design of a surface PMSM with FSCW

Part 29: optimization of an outer rotor SPMSM, section-2

Part 28: optimization of an outer rotor permanent magnet rotor

Part 27: cogging torque in permanent magnet motors

Part 26: torque ripple minimization of an outer rotor PM motor

Part 25: harmonic analysis of an outer rotor permanent magnet motor

Part 24: finite element analysis of an outer rotor PM Motor

Part 23: design of an outer rotor surface permanent magnet motor

Part 22: optimal design of a permanent magnet motor, section 2

Part 21: design optimization, section 1

Part 20: demagnetization study of a permanent magnet motor

Part 19: calculation of the efficiency map of a permanent magnet motor

Part 18: calculation of performance curves of a PM motor

Part 17: calculation of map curves of a permanent magnet motor

Part 16: torque ripple minimization in a PM motor

Part 15: harmonic analysis of a permanent magnet motor

Part 14: inductance calculation using the transient solver

Part 13: sizing of a permanent magnet motor

Part 12: calculation of direct and quadrature inductances of a PM motor

Part 11: an equivalent model for calculation of the air gap field

Part 10: analytic calculation of phase back-EMFs

Part 9: analytic calculation of flux linkages in pm motors

Part 8: definition of output variables for steady-state design

Part 7: full-load simulation of a pm motor

Part 6: back-EMF simulation of the first case study motor

Part 5: generation of the FEA model of the first case study motor

Part 4: Rotor modeling of the first case study motor

Part 3: winding modeling of the first case study motor

Part 2: generation of the stator model of the first case study motor

Part 1: advanced course on design of surface PMSMs

Static torque curve measurement of a PM motor, method 2

Measurement of the static torque curve of a permanent magnet motor, method 1

Back-EMF test of a permanent magnet motor

Testing of a resolver

Two benchmark motors of the PM motors drive and control course

winding animation, poles = 6, phases = 3, slots = 36, double layer

space vector pulse width modulation (SVPWM)

Synchronous Reluctance Motors Drive and Control Course

Induction motors drive and control using MATLAB, Twin Builder and Maxwell

Speed measurement in V/F control of induction motor, the third test

V/F control of induction motor, the second test

Soft start/stop of induction motor using V/F control, the first test

CNC Machine Design for PCB Manufacturing

3-phase, 2-pole, 24-slot, single-layer, new version (winding pattern 12)

Design of a 4kW synchronous reluctance motor (Part 26)