# Porous_Robin_Coupled_With_Solid_Phase_Convection

Syntax

  Bc Flux For Cvfem_Energy ([{of} SpeciesName] | [{in} MaterialPhaseName] | [{ls} {a | b | c}]) {@ | at | for | on | over} Mesh Extent Name ([Touching TouchingMeshExtent] | [Opposing OpposingMeshExtent]) = Porous_Robin_Coupled_With_Solid_Phase_Convection ([Data = data] | [Multiplier = multiplier] | Enthalpy_Field = enthalpy_field | Enthalpy_Diffusive_Flux_Field = enthalpy_diffusive_flux_field | Solid_Phase_Temperature_Field = solid_phase_temperature_field | Porosity_Field = porosity_field | Averaged_Coeff_Field = averaged_coeff_field | Volumetric_Heat_Transfer_Coeff_Field = volumetric_heat_transfer_coeff_field | Specific_Surface_Area_Field = specific_surface_area_field)

Summary

  Boundary condition for loose coupling of enthalpy to a porous region

Parameter | Value | Default
--- | --- | ---
{of} | {of | species | subindex} | –
SpeciesName | string | –
{in} | {in | material_phase} | –
MaterialPhaseName | string | –
{ls} | {levelset_phase | ls} | –
Mesh Extent Name | string | –
TouchingMeshExtent | string | –
OpposingMeshExtent | string | –
data | “string” | –
multiplier | real | 1
enthalpy_field | “string” | –
enthalpy_diffusive_flux_field | “string” | –
solid_phase_temperature_field | “string” | –
porosity_field | “string” | –
averaged_coeff_field | “string” | –
volumetric_heat_transfer_coeff_field | “string” | –
specific_surface_area_field | “string” | –