Main >> Applications >> Sample problems >> Examples gallery

Examples gallery

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

• Video: How to open examples with QuickField Student Edition.

Search: Show all

Filter (show the examples with specified features only). Reset filter flags

Analysis type

DC magnetics
AC magnetics
Transient magnetics
Electrostatics
DC conduction
AC conduction
Transient electric
Steady-state Heat Transfer
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.

Pages: <<   1     2     3     4     5   . . .  9   >>

• 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
• Prepulse switch
  Raymond J. Allen, Plasma Physics Division, Naval Research Laboratory
  Pre-pulse switch consists of two groups of electrodes (grounded and high-voltage) separated by a shielding disk, enclosed in the metal body.
  Gamble water switch electrodes
  
  Model class: 3D Import
  Analysis type: Electrostatics
  Application: electrical engineering
• Relay dynamics simulation using Perl and QuickField Object Model
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with Perl,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using Perl and Parametric Object Interface
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Python,solenoid,parametric,force
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using Microsoft Excel and QuickField API
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element Analysis with Excel,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using MATLAB and ActiveField (QuickField Object Model)
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with Matlab,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using Libre Office (Open Office) and Parametric Object Interface
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA finite element analysis with Libre Office Open Office,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Quadrupole charge
  QuickField Support team
  Charges are placed in the vertices of the 1 m x 1 m square.
  Coulombs law,electrostatic force calculation,quadrupole charges electric field
  
  Model class: 3D Extrusion
  Analysis type: Electrostatics
  Application: electrical engineering
• Power busses in the air above the steel plate
  Dariusz Czerwinski Dept. of Fundamental electrical engineering Lublin technical university
  Finding the magnetic field distribution near the power busses
  power line magnetic field distribution
  
  Model class: Plane-parallel
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using GNU Octave and ActiveField (QuickField Object Model)
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with GNU Octave,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Permanent magnet gear wheels
  QuickField Support team
  Determine the static torque as a function of magnetic wheels position.
  permanent magnet actuator simulation,permanent magnet force,permanent magnet torque,magnetic clutch
  
  Model class: Plane-parallel
  Analysis type: DC magnetics
  Application: electrical engineering
• Magnetic forces between two axially magnetized cylinders. Case 3: Cylinder axes are orthogonal.
  QuickField Support team
  Calculate the magnetic force between cylinders.
  magnetic forces,magnetic attraction and repelling,,magnetized cylinder interaction
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• AC Currents in the live tissue with one needle electrode
  Professor Bertill Persson
  QuickField modelling of electro-pulse-therapy. Two needle AC Electric model.
  electro-pulse chemotherapy,cancer treatment simulation,electric field in tissue,electric currents in tissue,permeabilization,needle electrodes electric field strength
  
  Model class: Plane-parallel
  Analysis type: DC conduction
  Application: electrical engineering
• Linear electric motor
  QuickField Support team
  Calculate propulsion force acting on the rail
  electric machine,linear induction motor,periodic boundary condition,linear ac motor
  
  Model class: Plane-parallel
  Analysis type: AC magnetics
  Application: electrical engineering
• Periodic Boundary Condition
  QuickField Support team
  Demonstration of the effect of applying periodic boundary condition
  magnetic FEA periodic boundary condition
  
  Model class: Plane-parallel
  Analysis type: DC magnetics
  Application: electrical engineering
• PCB via capacitance
  QuickField Support team.
  Calculate the printed circuit board via capacitance
  pcb via capacitance,printed circuit board via capacitance
  
  Model class: 3D Extrusion
  Analysis type: Electrostatics
  Application: electrical engineering
• PCB microstrip line equivalent circuit
  QuickField Support team
  Printed circuit board microstrip dielectric tangent delta losses calculated using effective dielectric conductivity
  microstrip equivalent circuit,printed circuit board parameters,signal propagation time diagram
  
  Model class: Plane-parallel
  Analysis type: Transient magnetic
  Application: electrical engineering
• Relay dynamics simulation using PHP and QuickField Object Model
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element Analysis with PHP,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using Python and Parametric Object Interface
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with Python,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Microphone PCB thermal analysis
  QuickField Support team
  Calculation of the PCB temperature. This is an example problem analysis performed with QuickField software
  printed circuit board temperature
  
  Model class: 3D Import
  Analysis type: Steady-state Heat Transfer
  Application: electrical engineering
• Rogowski electrodes
  QuickField Support team
  Rogowski electrodes have specially designed smooth shape to minimize the electric field on their ends.
  Rogowski electrodes electric field stress
  
  Model class: Axisymmetric
  Analysis type: Electrostatics
  Application: electrical engineering
• Slot conductor
  QuickField Support team
  Determination of the temperature field in the slot of electric machine
  temperature distribution in electric machine slot,heat transfer FEA for slot of electric machine,electric machine heating analysis
  
  Model class: Plane-parallel
  Analysis type: Steady-state Heat Transfer
  Application: electrical engineering
• Signal cable
  QuickField Support team
  Power and signal cable are buried in a common duct. Calculate the electric field distribution and find the mutual capacitance.
  signal cable capacitance,power cable emc,electro-magnetic compatibility
  
  Model class: Plane-parallel
  Analysis type: Electrostatics
  Application: electrical engineering
• Shallow foundation
  QuickField Support team
  Calculation of the shallow foundation thermal conductance
  heat losses through building foundation,building foundation thermal insulation,building foundation thermal conductance
  
  Model class: Plane-parallel
  Analysis type: Steady-state heat transfer
  Application: thermal engineering
• Gas-insulated high-voltage conductor
  QuickField Support team
  Connection of two shielded gas-insulated 100 kV lines.
  gas insulated busbar elbow, high-voltage sf6 gas insulated busbars,busbars GIL
  
  Model class: 3D Extrusion
  Analysis type: Electrostatics
  Application: electrical engineering
• Scott transformer
  QuickField Support team
  Transformer consists of 2 single phase transformers connected in a special way. The unit allows to convert 3-phase voltage to two single-phase voltages.
  Scott T transformer FEA simulation
  
  Model class: Plane-parallel
  Analysis type: AC magnetics
  Application: electrical engineering
• Salient pole mechanical stress
  QuickField Support team
  Salient pole of turbine generator is subject to centrifugal force loading.
  salient pole mechanical stress,salient pole deformation
  
  Model class: Plane-parallel
  Analysis type: Stress Analysis
  Application: mechanical engineering
• Safety fuse
  QuickField Support team
  Determination of the operating time of the fuse after a short-circuit
  safety fuse heat transfer FEA analysis
  
  Model class: Plane-parallel
  Analysis type: Transient Heat Transfer
  Application: electrical engineering
• Attraction of the ring magnet to the steel plate
  QuickField Support team
  Ring magnet is pulled toward the ferromagnetic plate. Calculate the pulling force between the magnet and a steel plate.
  magnetic force calculation,ring magnet FEA analysis
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using Python and QuickField Object Model
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with Python,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Rim anodizing
  QuickField Support team
  Calculation of current distribution in the anodizing tank
  Current distribution analysis of the rim anodizing process
  
  Model class: 3D Import
  Analysis type: DC conduction
  Application: electrical engineering
• RG 220 coaxial cable insulation
  Richard Ness
  Determine the electric field stress distribution in the cable insulation.
  coaxial cable insulation electric stress
  
  Model class: Plane-parallel
  Analysis type: Electrostatics
  Application: electrical engineering
• Relay dynamics simulation using Windows PowerShell and QuickField Object Model
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with Windows PowerShell,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using Microsoft VBScript and Parametric Object Interface
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with VBScript,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using Tcl and QuickField Object Model
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with Tcl,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering
• Relay dynamics simulation using Tcl/Tk and Parametric command line
  QuickField Support team
  The electromagnetic and spring forces act on the plunger. Both forces depend on the plunger position. Calculate plunger motion function
  Parametric FEA Finite Element analysis with Tcl/Tk,relay dynamics simulation
  
  Model class: Axisymmetric
  Analysis type: DC magnetics
  Application: electrical engineering

Pages: <<   1     2     3     4     5   . . .  9   >>