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Examples gallery

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

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Analysis type
DC magnetics
AC magnetics
Transient magnetics
Electrostatics
DC conduction
AC conduction
Transient electric
Transient Heat Transfer
Stress Analysis
Multiphysics
Electric circuit
Model class
Plane-parallel
Axisymmetric
3D Extrusion
3D Import
Application
electrical engineering
mechanical engineering
bio engineering
thermal engineering
other
for Student Edition
with programming
with LabelMover
• with video

Mesh size limitation of the QuickField Student Edition does not affect its ability of analyzing the results of any large problem defined and solved with the Professional Edition.

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• 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

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