Applications

QuickField is used effectively across a wide range of engineering problems, most commonly in the design of complex electrical and electromechanical devices such as motors, turbine generators, actuators, loudspeakers, transformers, induction heating systems and transmission lines.

Featured Applications

Cable design

8 examples

Electric field strength and capacitance of power cables, leakage current and dielectric loss, inductance, temperature distribution and ampacity, and structural stress analysis.

ElectrostaticsAC Conduction, DC ConductionTransient Electric FieldDC Magnetics, AC Magnetics

Electrical machines design

7 examples

Magnetic field, torque, eddy currents, temperature rise and structural stress analysis of DC motors, induction motors, synchronous motors and switched reluctance motors.

DC MagneticsAC MagneticsTransient MagneticsHeat Transfer

EMC analysis

3 examples

Electric field and potential distribution, self and mutual capacitance in EMC analysis, and AC Magnetics for impedance and self/mutual inductance calculation.

ElectrostaticsAC Magnetics

High voltage system design

5 examples

Electric field strength and potential distribution, leakage current, dielectric loss factor and resistive losses in high-voltage equipment, plus transient electric field analysis.

ElectrostaticsAC Conduction, DC ConductionTransient Electric Field

Induction heating system design

5 examples

Electromagnetic field distribution, eddy currents and heat generation, skin effect, and coupled temperature field analysis for induction heating equipment.

AC MagneticsHeat Transfer

Transformer design

5 examples

Power loss, electromagnetic force, induced voltage and eddy current distribution in transformers, plus temperature rise and stress analysis of windings and cores.

AC MagneticsTransient MagneticsHeat TransferStress Analysis