Recap chart : available models list
Presentation
All the models presented in this chapter were gathered in the following chart, together with additional information concerning their availability in Flux and in the material manager.
| B(H) for soft materials | Flux | Material manager | |
|---|---|---|---|
| Linear | Linear isotropic |
|
|
| Linear anisotropic | |||
| Linear complex | Linear isotropic complex | ||
| Linear anisotropic complex | |||
| Non linear | Isotropic analytic saturation | ||
| Anisotropic analytic saturation | |||
| Isotropic analytic saturation + knee adjustment | |||
| Anisotropic analytic saturation + knee adjustment | |||
| Isotropic spline saturation | |||
| Anisotropic spline saturation | |||
| Rayleigh isotropic: parabola + straight line | |||
| Hysteresis | Jiles-Atherton vector hysteresis |
|
|
| B(H) for magnets | Flux | Material manager | |
|---|---|---|---|
| Linear |
Linear magnet described by the Br module |
|
|
| Linear magnet described by the Br module, with Br linear function of the temperature |
|
|
|
| Linear magnet described by cartesian vector Br |
|
|
|
| Linear magnet described by cylindrical vector Br | |||
| Linear magnet described by spherical vector Br | |||
| Non linear | Nonlinear magnet described by Hc and Br module |
|
|
| B(H, T) | Flux | Material manager | |
|---|---|---|---|
| Linear | Linear isotropic * exponential function of T |
|
|
| Linear isotropic, tabulated function of T | |||
| Nonlinear | Isotropic analytic saturation * exponential function of T | ||
| Isotropic analytic saturation + knee adjustment * exponential function of T | |||
| Isotropic analytic saturation, tabulated function of T |
| D(E) | Flux | Material manager | |
|---|---|---|---|
| Linear | Linear isotropic |
|
|
| Linear anisotropic | |||
| Linear complex | Linear isotropic with losses (tan δ ) | ||
| Linear anisotropic with losses (tan δ ) | |||
| Non linear | Isotropic spline |
|
|
| J(E) | Flux | Material manager |
|---|---|---|
| Insulator |
|
|
| Isotropic resistivity | ||
| Anisotropic resistivity | ||
| Isotropic spline |
|
|
| Isotropic superconductivity |
|
|
| J(E, T) | Flux | Material manager |
|---|---|---|
| Isotropic resistivity, linear function of T |
|
|
| Anisotropic resistivity, linear functions of T | ||
| Isotropic resistivity, exponential function of T | ||
| Anisotropic resistivity, exponential functions of T | ||
| Isotropic resistivity, tabulated function of T |
| k(T) | Flux | Material manager |
|---|---|---|
| Isotropic conductivity, constant (independent from T) |
|
|
| Anisotropic conductivity, constant (independent from T) | ||
| Isotropic conductivity, linear function of T | ||
| Anisotropic conductivity, linear functions of T | ||
| Isotropic conductivity, exponential function of T | ||
| Anisotropic conductivity, exponential functions of T | ||
| Isotropic conductivity, tabulated function of T |
| ρCp(T) | Flux | Material manager |
|---|---|---|
| Specific heat, constant (independent from T) |
|
|
| Specific heat, linear function of T | ||
| Specific heat, exponential function of T | ||
| Specific heat, Gaussian function of T + constant | ||
| Specific heat, Gaussian function of T + exponential | ||
| Specific heat, tabulated function of T |