Loading docs/source_docs/user_guide/inputs/solids_model.rst +25 −2 Original line number Diff line number Diff line Loading @@ -17,7 +17,6 @@ models. The following inputs are defined with the prefix ``solids``: | molecular_weight | Value of constant solid molecular weight. | Real | 0 | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | specific_heat | Specify which specific heat model to use for solids. | String | constant | | | use for solid. | | | | | | | | | | Options: | | | | | | | | Loading @@ -29,7 +28,7 @@ models. The following inputs are defined with the prefix ``solids``: | reference_temperature | Reference temperature used for specific enthalpy. | Real | 0 | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | species | Specify which species can constitute | String | None | | | the fluid phase [defined species must | | | | | the solids phase [defined species must | | | | | be a subset of the species.solve | | | | | arguments]. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ Loading @@ -39,6 +38,30 @@ models. The following inputs are defined with the prefix ``solids``: +------------------------------------------+-------------------------------------------------------------+----------+----------+ | newton_solver.max_iterations | Define max number of iterations for damped Newton solver | Int | 100 | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | thermal_conductivity | Specify which thermal conductivity model to use for solids. | String | constant | | | Options: | | | | | | | | | | * ``constant`` - constant thermal conductivity | | | | | | | | | | A thermal conductivity model is not required for solids. | | | | | Defining a thermal conductivity model enables conductive | | | | | heat transfer for DEM. However, it has no effect for PIC | | | | | solids heat transfer. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | thermal_conductivity.constant | Constant solids thermal conductivity value. | Real | 0 | | | A value is required for ``constant`` thermal conductivity | | | | | model. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | min_conduction_dist | The surface roughness separating two touching particles. | Real | 2.e-8 | | | This value is used to remove the singularity that the | | | | | particle-fluid-particle conduction model develops at | | | | | the contact interface. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | flpc | The fluid lens proportionality constant (flpc) is used to | Real | 0.4 | | | calculate the radius of the fluid lens surrounding the | | | | | particle for particle-fluid-particle conduction. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ Below is an example for specifying the solids solver model options. Loading Loading
docs/source_docs/user_guide/inputs/solids_model.rst +25 −2 Original line number Diff line number Diff line Loading @@ -17,7 +17,6 @@ models. The following inputs are defined with the prefix ``solids``: | molecular_weight | Value of constant solid molecular weight. | Real | 0 | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | specific_heat | Specify which specific heat model to use for solids. | String | constant | | | use for solid. | | | | | | | | | | Options: | | | | | | | | Loading @@ -29,7 +28,7 @@ models. The following inputs are defined with the prefix ``solids``: | reference_temperature | Reference temperature used for specific enthalpy. | Real | 0 | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | species | Specify which species can constitute | String | None | | | the fluid phase [defined species must | | | | | the solids phase [defined species must | | | | | be a subset of the species.solve | | | | | arguments]. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ Loading @@ -39,6 +38,30 @@ models. The following inputs are defined with the prefix ``solids``: +------------------------------------------+-------------------------------------------------------------+----------+----------+ | newton_solver.max_iterations | Define max number of iterations for damped Newton solver | Int | 100 | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | thermal_conductivity | Specify which thermal conductivity model to use for solids. | String | constant | | | Options: | | | | | | | | | | * ``constant`` - constant thermal conductivity | | | | | | | | | | A thermal conductivity model is not required for solids. | | | | | Defining a thermal conductivity model enables conductive | | | | | heat transfer for DEM. However, it has no effect for PIC | | | | | solids heat transfer. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | thermal_conductivity.constant | Constant solids thermal conductivity value. | Real | 0 | | | A value is required for ``constant`` thermal conductivity | | | | | model. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | min_conduction_dist | The surface roughness separating two touching particles. | Real | 2.e-8 | | | This value is used to remove the singularity that the | | | | | particle-fluid-particle conduction model develops at | | | | | the contact interface. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ | flpc | The fluid lens proportionality constant (flpc) is used to | Real | 0.4 | | | calculate the radius of the fluid lens surrounding the | | | | | particle for particle-fluid-particle conduction. | | | +------------------------------------------+-------------------------------------------------------------+----------+----------+ Below is an example for specifying the solids solver model options. Loading
