Recap chart : available models list
Présentation
All the models presented in this chapter are presented in the following chart with the information of their availability in Flux and 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 (arctg, 2 coef) | ||
| Anisotropic analytic saturation (arctg, 2 coef) | |||
| Isotropic analytic saturation + knee adjustment (arctg, 3 coef) | |||
| Anisotropic analytic saturation + knee adjustment (arctg, 3 coef) | |||
| 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 |
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|
| Linear magnet described by the Br module, with Br linear function of the temperature |
|
|
|
| Linear magnet described by cartesian vector Br |
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|
|
| Linear magnet described by cylindrical vector Br | |||
| Linear magnet described by spherical vector Br | |||
| Non linear | Nonlinear magnet described by Hc and Br module |
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|
| 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 (tg δ ) | ||
| Linear anisotropic with losses (tg δ ) | |||
| Non linear | Isotropic spline |
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|
| J(E) | Flux | Material manager |
|---|---|---|
| Insulator |
|
|
| Isotropic resistivity | ||
| Anisotropic resistivity | ||
| Isotropic spline |
|
|
| Isotropic superconductivity |
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|
| J(E, T) | Flux | Material manager |
|---|---|---|
| Isotropic resistivity, linear function of T |
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|
| 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 |