Actuator design
Magnetic field and flux distribution inside electromagnetic actuators, electromagnetic force and torque, inductance, and dynamic parameter and structural stress analysis.
Available Analysis Modules
QuickField can be applied to many aspects of electromagnetic actuator design:
Electrostatics
Electric field strength and potential distribution; capacitance matrix calculation.
DC Magnetics, AC Magnetics
Magnetic field and flux distribution inside the actuator; computing electromagnetic force, torque and inductance.
Transient Magnetics
Time-varying magnetic field and current distribution; computing the actuator's dynamic parameters.
Stress Analysis (coupled with magnetic field analysis)
Stress, strain, deformation and displacement distribution; failure analysis.
Companion Tools
- B-H curve fitting
- Complex power and impedance calculator
- Coil winding construction
- Iron loss coefficient calculator
- Straight contour in cylindrical-coordinate problems
Related Simulation Examples1
All examples →
Other Application Areas
Building insulationCable designCapacitor designElectrical machines designElectron-ion optic deviceEMC analysisHigh voltage system designInduction heating system designInsulator designMagnetic systems designMechanical devices designPCB designSensors designSpeaker designSuperconducting system designThermal models designTransformer designTransmission line design