:orphan: .. _pre_processing_mass_and_momentum_5: mass_and_momentum ================= .. autoclass:: ansys.cfx.core.generated.pre_processing.settings_261.mass_and_momentum_5.mass_and_momentum :show-inheritance: .. rubric:: Attributes ================================================================================= ================================================================================================================================================ Attribute Summary ================================================================================= ================================================================================================================================================ :ref:`option ` The 'Mass And Momentum' option. :ref:`include_normal_viscous_force ` Indicates whether normal viscous force is included at slip walls. :ref:`wall_velocity_relative_to ` Sets whether wall velocities are evaluated relative to the specified boundary frame or the mesh motion. This is only used for moving mesh cases. :ref:`momentum_interface_model ` Momentum transfer models for a domain interface. :ref:`slip_model ` Specifies a wall slip model. :ref:`wall_velocity ` Specifies the velocity of a no-slip wall. :ref:`turbulent_wall_functions ` Sets the turbulent near-wall treatment at a boundary. ================================================================================= ================================================================================================================================================ .. rubric:: Included in: =========================================================================================== ======================================================== Parent Summary =========================================================================================== ======================================================== :ref:`interface_models ` Holds the definition of models specific to an interface. :ref:`additional_interface_models_child ` 'child_object_type' of additional_interface_models. =========================================================================================== ========================================================