Keywords derived from milieu_base

milieu_base

Basic class for medium (physics properties of medium).

Parameters:

• [rho] (type: field_base) Density (kg.m-3).
• [lambda_ | lambda] (type: field_base) Conductivity (W.m-1.K-1).
• [cp] (type: field_base) Specific heat (J.kg-1.K-1).
• [diametre_hyd_champ] (type: field_base) Hydraulic diameter field (optional).
• [porosites_champ] (type: field_base) The porosity is given at each element and the porosity at each face, Psi(face), is calculated by the average of the porosities of the two neighbour elements Psi(elem1), Psi(elem2) : Psi(face)=2/(1/Psi(elem1)+1/Psi(elem2)). This keyword is optional.
• [porosites] (type: porosites) Porosities.
• [gravite] (type: field_base) Gravity field (optional).

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• Keywords derived from fluide_base

constituant

Inherits from: milieu_base

Constituent.

Parameters:

• coefficient_diffusion (type: field_base) Constituent diffusion coefficient value (m2.s-1). If a multi-constituent problem is being processed, the diffusivite will be a vectorial and each components will be the diffusion of the constituent.
• [is_multi_scalar | is_multi_scalar_diffusion] (type: flag) Flag to activate the multi_scalar diffusion operator
• [rho] (type: field_base) Density (kg.m-3).
• [lambda_ | lambda] (type: field_base) Conductivity (W.m-1.K-1).
• [cp] (type: field_base) Specific heat (J.kg-1.K-1).
• [diametre_hyd_champ] (type: field_base) Hydraulic diameter field (optional).
• [porosites_champ] (type: field_base) The porosity is given at each element and the porosity at each face, Psi(face), is calculated by the average of the porosities of the two neighbour elements Psi(elem1), Psi(elem2) : Psi(face)=2/(1/Psi(elem1)+1/Psi(elem2)). This keyword is optional.
• [porosites] (type: porosites) Porosities.
• [gravite] (type: field_base) Gravity field (optional).

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espece

Inherits from: milieu_base

not_set

Parameters:

• mu (type: field_base) Species dynamic viscosity value (kg.m-1.s-1).
• cp (type: field_base) Species specific heat value (J.kg-1.K-1).
• masse_molaire (type: float) Species molar mass.
• [lambda_ | lambda] (type: field_base) Conductivity (W.m-1.K-1).

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milieu_elasticite

Inherits from: milieu_base

Milieu_Elasticite.

Parameters:

• [rho] (type: field_base) Density (kg.m-3).
• [e] (type: field_base) Field E
• [nu] (type: field_base) Field nu.
• [alpha] (type: field_base) Coeff dilatation.
• [lambda_ | lambda] (type: field_base) Conductivity (W.m-1.K-1).
• [cp] (type: field_base) Specific heat (J.kg-1.K-1).
• [diametre_hyd_champ] (type: field_base) Hydraulic diameter field (optional).
• [porosites_champ] (type: field_base) The porosity is given at each element and the porosity at each face, Psi(face), is calculated by the average of the porosities of the two neighbour elements Psi(elem1), Psi(elem2) : Psi(face)=2/(1/Psi(elem1)+1/Psi(elem2)). This keyword is optional.
• [porosites] (type: porosites) Porosities.
• [gravite] (type: field_base) Gravity field (optional).

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solide

Inherits from: milieu_base

Solid with cp and/or rho non-uniform.

Parameters:

• [rho] (type: field_base) Density (kg.m-3).
• [cp] (type: field_base) Specific heat (J.kg-1.K-1).
• [lambda_ | lambda] (type: field_base) Conductivity (W.m-1.K-1).
• [user_field] (type: field_base) user defined field.
• [diametre_hyd_champ] (type: field_base) Hydraulic diameter field (optional).
• [porosites_champ] (type: field_base) The porosity is given at each element and the porosity at each face, Psi(face), is calculated by the average of the porosities of the two neighbour elements Psi(elem1), Psi(elem2) : Psi(face)=2/(1/Psi(elem1)+1/Psi(elem2)). This keyword is optional.
• [porosites] (type: porosites) Porosities.
• [gravite] (type: field_base) Gravity field (optional).