Flux Educational
Flux Educational is a Flux (2D applications) licence that enables you to create, solve and analyse simple problems to illustrate physical phenomena as well as to explain the functioning of electromagnetic devices.
Flux Educational’s features:
Flux Educational offers a wide range of features, from pre-processing to post-processing, being only limited in the complexity of the problems that can be solved.
Available applications are:
- Magnetic (static, steady AC, transient)
- Electric (static, steady AC, conduction)
- Thermal (steady)
- Movement
- Coupling with circuit equations
- Coupling with the system simulator Portunus
Not yet equipped with Flux Educational?
If you have any questions or want to receive an evaluation copy, don’t hesitate to contact us at university(at)cedrat.com
New! Flux Teaching Kit
To help teachers illustrate their lectures, we have created a set of ready-to-use examples with Flux illustrating a various range of electromagnetic phenomena.
Via a simple pre-defined Excel layout, you can easily drive the Flux finite element program and obtain immediate results by changing the parameters of your problem. Each example comes with a description sheet, mini-videos and illustrations.
A tutorial is also available if you want to build your own examples, giving you step by step indications.
Note: to be able to launch the examples, you need first to install Flux V10.3.2 or V10.3.3 !
Before starting, get more information on How to Use the Teaching Kit examples.
- Case 1: Magnetic induction created by an infinite conductor
- Case 2: Magnetic induction created by a spire
- Case 3: Magnetic induction created by a solenoid
- Case 4: Electrical resistance of a conical component
- Case 5: Crack characterisation from the measurement of an electrical resistance
- Case 6: Interaction between a 0V potential sphere & a punctual electric charge
- Case 7: Planar condensator made of 2 disks placed in the air
- Case 8: Power dissipation in an insulator 3 phase cable
- Case 9: Thermal behaviour of a thyristor associated to a radiator
- Case 10: Interaction between a magnetic needle & the Earth magnetic field
- Case 11: Oersted's experiment
- Case 12: Linear magnetic circuit
- Case 13: Non linear magnetic circuit
- Case 14: Ferromagnetic material - Magneto harmonic
- Case 15: Ferromagnetic material - Magnetostatic