Flux: 2D and 3D thermal & electromagnetic FEM analysis

- Position & proximity sensor

- Speed measurement 

- Force & Torque sensor 

- Current measurement

- Temperature monitoring…

Automotive & Rail, Aerospace, Manufacturing, Metrology, Bio-Medical,…

Design sensor device (geometry, material, electrical circuit, inductors) 

Optimize its efficiency and find the optimum performance (linearity, accuracy, range of operation, price,…)

Study the influence of external perturbation factors (others devices, earth field,…)

Evaluate the materials sensitivity to temperature variations (non linear dependence)…

Flux density and eddy currents distribution

Currents, Voltages, Electromagnetic forces, Speed, Position versus time

Temperature: Color map distribution in the whole device, variation versus time

Materials: Visualize locally the evolution of properties (permeability, magnetic induction)

- Complete set of magnetic applications: Static, Steady State, Transient, Steady State AC Magnetic coupled with Transient Thermal

- Electromechanical coupling in 2D and 3D to account for the motion (translation, rotation, free position) of the device during the computation 

- Various simulation methods (multi static computation, multi physic position, imposed speed, imposed position or geometric parameter study)

- Advanced electric circuit descriptor integrated in Flux including supply sources, passive components, switches, inductors, capacitors to account for the load and the drive of the device 

- Rapid and accurate solvers, co-simulation link with SIMULINK, co-simulation with Portunus

Schneider Electric, ABB, CEA, Crouzet Automatismes, Electricfil Automotive, Moving Magnet Technology, LEM, Chauvin Arnoux, Microspire, European Synchrotron Radiation Facility, Socomec, Sensorex, Magneti Marelli, Freysinnet, Sagem, SGS Thomson, Visteon automotive systemes, Zertan…