Loading docs/source/InputsProblemDefinition.rst +30 −6 Changes for docs/source/InputsProblemDefinition.rst: 30 added lines, 6 removed lines. Original line number Diff line number Diff line Loading @@ -486,16 +486,12 @@ For a fluid phase, the following inputs can be defined. | species.[specie0] | Specie [specie0] mass fraction [required if advect_fluid_species=1 | Real | None | | | and bc_region_type='mi' or 'pi']. | | | +---------------------+-----------------------------------------------------------------------+-------------+-----------+ | eb_temperature | Inhomogeneous Dirichlet BC value for temperature on EBs contained in | Real | 0.0 | | | the (tridimensional) region [required if advect_enthalpy=1 and | | | | | bc_region_type='eb']. | | | +---------------------+-----------------------------------------------------------------------+-------------+-----------+ Below is an example for specifying boundary conditions for a fluid `myfluid`. .. code-block:: none bc.regions = inflow outflow hot-wall bc.regions = inflow outflow bc.inflow = mi bc.inflow.myfluid.volfrac = 1.0 Loading @@ -509,5 +505,33 @@ Below is an example for specifying boundary conditions for a fluid `myfluid`. bc.outflow = po bc.outflow.myfluid.pressure = 0.0 Boundary Conditions on Embedded Boundaries ------------------------------------------ In MFIX-Exa it is possible to set boundary conditions on the embedded boundaries. For instance, it is possible to set inhomogeneous Dirichlet boundary conditions for the fluid temperature variable on the subpart of the embedded boundaries which is contained in the BC region (which in this case has to be tridimensional). We recall that, on the remaining part of the EBs, homogeneous Neumann boundary conditions are assumed by default. In the following table there is a list of the possible entries for EB boundary conditions. Each entry must be preceeded by `bc.[region0].` +---------------------+-----------------------------------------------------------------------+-------------+-----------+ | | Description | Type | Default | +=====================+=======================================================================+=============+===========+ | eb.temperature | Inhomogeneous Dirichlet BC value for temperature on EBs contained in | Real | 0.0 | | | the (tridimensional) region [required if advect_enthalpy=1 and | | | | | bc_region_type='eb']. | | | +---------------------+-----------------------------------------------------------------------+-------------+-----------+ Below is an example for specifying boundary conditions for a fluid `myfluid`. .. code-block:: none bc.regions = hot-wall bc.hot-walls = eb bc.hot-walls.myfluid.eb_temperature = 800 bc.hot-walls.eb.temperature = 800 Loading
docs/source/InputsProblemDefinition.rst +30 −6 Changes for docs/source/InputsProblemDefinition.rst: 30 added lines, 6 removed lines. Original line number Diff line number Diff line Loading @@ -486,16 +486,12 @@ For a fluid phase, the following inputs can be defined. | species.[specie0] | Specie [specie0] mass fraction [required if advect_fluid_species=1 | Real | None | | | and bc_region_type='mi' or 'pi']. | | | +---------------------+-----------------------------------------------------------------------+-------------+-----------+ | eb_temperature | Inhomogeneous Dirichlet BC value for temperature on EBs contained in | Real | 0.0 | | | the (tridimensional) region [required if advect_enthalpy=1 and | | | | | bc_region_type='eb']. | | | +---------------------+-----------------------------------------------------------------------+-------------+-----------+ Below is an example for specifying boundary conditions for a fluid `myfluid`. .. code-block:: none bc.regions = inflow outflow hot-wall bc.regions = inflow outflow bc.inflow = mi bc.inflow.myfluid.volfrac = 1.0 Loading @@ -509,5 +505,33 @@ Below is an example for specifying boundary conditions for a fluid `myfluid`. bc.outflow = po bc.outflow.myfluid.pressure = 0.0 Boundary Conditions on Embedded Boundaries ------------------------------------------ In MFIX-Exa it is possible to set boundary conditions on the embedded boundaries. For instance, it is possible to set inhomogeneous Dirichlet boundary conditions for the fluid temperature variable on the subpart of the embedded boundaries which is contained in the BC region (which in this case has to be tridimensional). We recall that, on the remaining part of the EBs, homogeneous Neumann boundary conditions are assumed by default. In the following table there is a list of the possible entries for EB boundary conditions. Each entry must be preceeded by `bc.[region0].` +---------------------+-----------------------------------------------------------------------+-------------+-----------+ | | Description | Type | Default | +=====================+=======================================================================+=============+===========+ | eb.temperature | Inhomogeneous Dirichlet BC value for temperature on EBs contained in | Real | 0.0 | | | the (tridimensional) region [required if advect_enthalpy=1 and | | | | | bc_region_type='eb']. | | | +---------------------+-----------------------------------------------------------------------+-------------+-----------+ Below is an example for specifying boundary conditions for a fluid `myfluid`. .. code-block:: none bc.regions = hot-wall bc.hot-walls = eb bc.hot-walls.myfluid.eb_temperature = 800 bc.hot-walls.eb.temperature = 800
