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.
ApplicationSuppliedConductorsWithThermalCouplingPEEC
Computation of current in supplied conductors with thermal coupling
Constructors
- ApplicationSuppliedConductorsWithThermalCouplingPEEC(automaticConductorMaterial )
Fields Summary
- Field
- Description
- automaticConductorMaterial
- Default material for new conductors
Methods Summary
no methods
Fields Details
- automaticConductorMaterial
- automaticConductorMaterial : Default material for new conductors - [1..1] Material
Method Details
no methods
See also
- ApplicationArcadSuppliedConductors
- ApplicationElectricConduction2D
- ApplicationElectricConduction3D
- ApplicationElectricConductionThermal2D
- ApplicationElectricTransient2D
- ApplicationElectricTransient3D
- ApplicationElectroHarmonic2D
- ApplicationElectroHarmonic3D
- ApplicationElectroHarmonicThermal2D
- ApplicationElectrolysis3D
- ApplicationElectroStatic2D
- ApplicationElectroStatic3D
- ApplicationImpedanceConductorsCapacitancesPEEC
- ApplicationImpedanceConductorsPEEC
- ApplicationMagneticAC2D
- ApplicationMagneticAC3D
- ApplicationMagneticACThermal2D
- ApplicationMagneticACThermal3D
- ApplicationMagneticDC2D
- ApplicationMagneticDC3D
- ApplicationMagneticIEMDC3D
- ApplicationMagneticTransient2D
- ApplicationMagneticTransient3D
- ApplicationPEEC
- ApplicationSkewedRotatingMachineMagneticAC
- ApplicationSkewedRotatingMachineMagneticDC
- ApplicationSkewedRotatingMachineMagneticTransient
- ApplicationSuppliedConductorsCapacitancesPEEC
- ApplicationSuppliedConductorsPEEC
- ApplicationThermalSteady2D
- ApplicationThermalSteady3D
- ApplicationThermalTransient2D
- ApplicationThermalTransient3D