Electrical machines design
Magnetic field, torque, eddy currents, temperature rise and structural stress analysis of DC motors, induction motors, synchronous motors and switched reluctance motors.
Available Analysis Modules
QuickField can be applied to many aspects of electrical machine design:
Simulation of DC motors, switched reluctance motors, synchronous motors and their components; computing magnetic saturation, electromagnetic force and torque.
Simulation of AC and induction motors: rotating magnetic field, eddy current distribution.
Analysis of starting and switch-off processes; time-varying magnetic field and current distribution; dynamic inductance calculation; non-sinusoidal currents.
Temperature distribution, assessing local overheating.
Stress and strain distribution in motor components, failure analysis.
Companion Tools
- B-H curve fitting
- B-H curve permeability calculator
- Equivalent B-H curve for laminated cores
- Coil winding construction
- Iron loss coefficient calculator
- Time-averaged integral
Related Simulation Examples7
All examples →
BLDC motor torque ripple
Plane-parallel DC Magnetics
BLDC motor slots skewing
Plane-parallel DC Magnetics
Brushless DC motor
Plane-parallel DC Magnetics
Shaded pole induction motor
Plane-parallel AC Magnetics
Axial flux motor back EMF
Plane-parallel DC Magnetics
Magnetic field in the air gap of DC electric motor
Linear plane-parallel DC Magnetics
