QuickField
A new approach to field modelling
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 Examples gallery Step-by-step tutorials Verification examples Programming examples Distributive examples

# Examples gallery

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

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 Analysis typeDC magneticsAC magneticsTransient magneticsElectrostaticsDC conductionAC conductionTransient electricSteady-state Heat TransferTransient Heat TransferStress AnalysisMultiphysicsElectric circuit
 Model classPlane-parallelAxisymmetric3D Extrusion3D Import
 ApplicationElectrical engineeringMechanical engineeringBio engineeringThermal engineeringOther

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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Ampere force law
QuickField Support team

 Model class: Plane-parallel Analysis type: DC magnetics,AC magnetics,Transient magnetics Application: electrical engineering Compare the force of attraction between two thin parallel current-currying wires given by Ampere's law and calculated in QuickField

Tags: Ampere force law,magnetic force between two wires

Biot-Savart law
QuickField Support team

 Model class: Plane-parallel Analysis type: DC magnetics Application: electrical engineering Compute magnetic flux density at the point of interest

Tags: Biot Savart Laplace law,magnetic field superposition

Attraction of the block magnet to the steel plate
QuickField Support team

 Model class: Plane-parallel Analysis type: DC magnetics Application: electrical engineering Rectangular prism shaped permanent magnet is pulled toward the ferromagnetic plate. Calculate the pulling force of the magnet attraction to the steel plate.

Tags: block magnet attraction to the steel plate,magnetic force acting on the magnet,ferromagnetic attraction to a plate,magnetic field of a magnet

Brooks coil
QuickField Support team

 Model class: Axisymmetric Analysis type: DC magnetics Application: electrical engineering Compare the Brooks coil inductance value given by Brooks's formula and calculated in QuickField

Tags: Brooks coil inductance,Brooks coil magnetic field distribution,Brooks coil magnetic simulation

Magnetic forces between two axially magnetized cylinders. Case 1: Cylinders are coaxial.
QuickField Support team

 Model class: Axisymmetric Analysis type: DC magnetics Application: electrical engineering Calculate the magnetic force between two axially magnetized cylinders. The resulting field is decomposed into the individual fields generated by each cylinder and simulated in 2D

Tags: magnet attraction force,cylindrical magnet simulation

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