Since version 2026, Flux 3D and Flux PEEC are no longer available.
Please use SimLab to create a new 3D project or to import an existing Flux 3D project.
Please use SimLab to create a new PEEC project (not possible to import an existing Flux PEEC project).
/!\ Documentation updates are in progress – some mentions of 3D may still appear.
2D Examples
Basic examples
| Example | Documents | Illustration |
|---|---|---|
| Brushless IPM motor |  |
: Summary
: Project and python filesTechnical tutorials
| Example | Documents | Illustration |
|---|---|---|
| Magneto Static application - Sensor |  | |
| Translating motion |  | |
| Brushless IPM motor (embedded magnets) |  | |
| Brushless IPM motor - thermal analysis |  | |
| Brushless SPM motor (surface magnets) |  | |
| Synchronous motor |  | |
| Induction motor with Overlay |  | |
| Induction heating |  | |
| Induction heating with multiphysics coupling |  | |
| Thermal application - Thyristor |  | |
| Electro static application - Cell |  |
Application notes
| Example | Documents | Illustration |
|---|---|---|
| PMSM efficiency map with FeMT |  | |
| IkerMAQ Inset PMSM magnetic and thermal study |  | |
| Brushless multilayers IPM motor |  | |
| SRM Switched reluctance motor |  | |
| Wound field synchronous generator |  | |
| Shape optimization of an RSM |  | |
| Topology optimization of an RSM |  | |
| Flux switching motor |  | |
| Synchronous motor with flux barriers |  | |
| DC motor |  | |
| Analysis of a motor with rotor eccentricity |  | |
| Line start PM machine |  | |
| Induction motor without Overlay |  | |
| Induction motor - thermal analysis |  | |
| Single phase induction machine |  | |
| Magnetic gear |  | |
| Foil Coil |  | |
| Thomson Actuator |  | |
| Inductive proximity sensor |  | |
| Buried 3-phase cable |  | |
| Coaxial tubes thermal radiation |  |
Co-simulation
| Example | Documents | Illustration |
|---|---|---|
| Multidisciplinary design optimization platform for electric motors |
|  |
| Multidisciplinary design optimization platform for electric motors (with morphing method) |
|  |
| Flux-HyperStudy: Contactor geometry optimization |  | |
| Flux-AcuSolve-SimLab: CFD Analysis for e-Motor |  | |
| Flux-SimLab-OptiStruct: Electric motor NVH analysis |  | |
| Flux-SimLab: Electric motor NVH analysis |  | |
| Flux-HyperMesh-OptiStruct: Electric motor NVH analysis |  | |
| Flux-FluxMotor-SimLab: multi-speed NVH analysis |  | |
| Flux-Twin Activate: IPM motor speed control |  | |
| Flux-Twin Activate: IPM motor multiphysic position |  | |
| Flux-Twin Activate: Induction motor scalar control |  | |
| Flux-Twin Activate: SPM motor with regulation |  | |
| Flux-Twin Activate: Linear actuator |  | |
| Flux-Compose: Induction machine |  | |
| Flux-Flux: Fuse electro thermal analysis |  |
Textbook cases
| Example | Documents | Illustration |
|---|---|---|
| Infinite conductor |  | |
| Spire |  | |
| HelmholtzCoil |  | |
| Solenoid |  | |
| Wound torus - Static study |  | |
| Wound torus - Steady state AC study |  | |
| Three-phase cable |  | |
| Compass |  | |
| Oersted experiment |  | |
| Thyristor and radiator |  | |
| Planar capacitor |  | |
| Sphere and point electric charge |  | |
| Non Destructive Testing: Crack |  | |
| Conical conductor |  |