Main >> Applications >> Sample problems

Here is the full list of examples published on our website.

**Three phase cable***QuickField Support team*

High frequency (400 Hz) three phase cable leakage current calculation*Cable leakage current,underground cable simulation,3 phase cable,three phase cable*

**Model class**: Plane-parallel**Analysis type**: AC conduction**Application**: electrical engineering**Plane capacitor***QuickField Support team*

Simulation of the plane capacitor. This is an example problem analysis performed with QuickField software.*plane capacitor loss factor,dielectric loss angle tangent,dielectric AC loss,AC loss in dielectric*

**Model class**: Plane-parallel**Analysis type**: AC conduction**Application**: electrical engineering**Cylindrical capacitor***QuickField Support team*

Simulation of the cylindrical capacitor. This is an example problem analysis performed with QuickField software.*cylindrical capacitor,ceramic capacitor dissipation factor,ceramic capacitor loss angle tangent,cylindric capacitor dissipation factor*

**Model class**: Axisymmetric**Analysis type**: AC conduction**Application**: electrical engineering**Slot Insulation***QuickField Support team*

Determination of the distribution of the electric field intensity along the surface of insulation*electric machine insulation,electric field in the insulation,slot of electric machine*

**Model class**: Plane-parallel**Analysis type**: AC conduction**Application**: electrical engineering**Biological cell in the external AC electric field***Dr. James Claycomb*

Alternating electric field penetration inside the biological cell at different frequencies.*biological cell,AC electric field,electric field penetration in the tissue*

**Model class**: Axisymmetric**Analysis type**: AC conduction**Application**: bio engineering**Plane capacitor***QuickField Support team*

Simulation of the wood drying process in a radio frequency heater. The heater creates an alternating electric field between capacitor plates. Heating occurs due to the dielectric loss in the wood placed inside the capacitor.*dielectric loss,RF heating*

**Model class**: Plane-parallel**Analysis type**: AC conduction,Transient Heat Transfer,Multiphysics**Application**: electrical engineering**Dielectric losses***QuickField Support team*

Simulation of the dielectric losses in the capacitor with known loss tangent*capacitor dielectric loss,capacitor loss tangent,nonideal dielectric capacitor,dielectric losses calculation*

**Model class**: Plane-parallel**Analysis type**: AC conduction**Application**: electrical engineering**End winding insulation***QuickField Support team*

The insulation material at the winding ends is often subjected to higher voltages than other parts of the winding.*power transformer insulation,angle rings insulation,transformer static end ring insulation*

**Model class**: Plane-parallel**Analysis type**: AC conduction**Application**: electrical engineering**Disc insulator leakage current***QuickField Support team*

Calculate thermal effect of the leakage currents in the insulator*power transmission line insulator,hv insulator heating,multiphysics analysis*

**Model class**: Axisymmetric**Analysis type**: AC conduction,Stady-state Heat transfer,Multyphysics**Application**: electrical engineering**Joule-Lenz law***QuickField Support team*

Compare the current and the Joule heat generated in conductor given by Ohm's law and calculated in QuickField*Joule losses calculation,ohmic heating,resistive heating,electrical conductor heating*

**Model class**: Plane-parallel**Analysis type**: DC conduction,AC conduction,Transient electric**Application**: electrical engineering**PCB microstrip dielectric losses***QuickField Support team*

Printed circuit board microstrip dielectric tangent delta losses calculated using effective dielectric conductivity*microstrip dielectric loss tangent,microstrip dielectric effective conductivity*

**Model class**: Plane-parallel**Analysis type**: AC conduction**Application**: electrical engineering**Fiber-optic cable and electric transmission line***QuickField Support team*

Calculation of the most favorable fiber-optic cable position on the transmission line tower*transmission line optical cable,electric field stress,fiber-optic cable*

**Model class**: Plane-parallel**Analysis type**: AC conduction**Application**: electrical engineering