:orphan: .. _pre_processing_solver_control_1: solver_control ============== .. autoclass:: ansys.cfx.core.generated.pre_processing.settings_261.solver_control_1.solver_control :show-inheritance: .. rubric:: Attributes ========================================================================================= ===================================================================================================================================== Attribute Summary ========================================================================================= ===================================================================================================================================== :ref:`enabled ` Enable the SOLVER CONTROL object. :ref:`turbulence_numerics ` Numerics details for turbulence equations. :ref:`optimization_level ` 'Optimization Level' parameter. :ref:`advection_scheme ` Defines the scheme used by the solver to discretize the advection term in transport equations. :ref:`dynamic_model_control ` Holds objects that control the temporary simplification of models to improve solver start-up robustness. :ref:`convergence_criteria ` Specifies the criteria for final solution convergence. :ref:`convergence_control ` Holds basic parameters that affect solver convergence. :ref:`interrupt_control ` Container for control conditions that cause the solver to stop. :ref:`transient_scheme ` Defines the discretization algorithm for the transient term. :ref:`immersed_solid_control ` Holds advanced parameters to control the details of Immersed solid handling. :ref:`particle_control ` Holds objects that control the execution and convergence of particle tracking. :ref:`external_solver_coupling_control ` 'EXTERNAL SOLVER COUPLING CONTROL' object. :ref:`equation_class ` A container for Equation Class objects. :ref:`thermal_radiation_control ` Holds parameters and objects that control the solution of Thermal Radiation. :ref:`body_forces ` Defines the details of discretization of body forces. :ref:`junction_box_routines ` 'JUNCTION BOX ROUTINES' object. :ref:`pressure_level_information ` Sets the pressure level and location if not set by boundary conditions. :ref:`interpolation_scheme ` Defines discretization details for variable interpolation. :ref:`compressibility_control ` Holds parameters that affect solver convergence for compressible flows. :ref:`mcf_energy_diffusion ` Defines the option for assembly of secondary enthalpy transport terms derived from species diffusion in multi-component fluids (MCF). :ref:`multiphase_control ` Defines multiphase solver control details. :ref:`temperature_damping ` Controls the relaxation/damping of temperature. :ref:`velocity_pressure_coupling ` Defines discretization details for velocity/pressure coupling. :ref:`elapsed_wall_clock_time ` Control run using wall clock time options. :ref:`rigid_body_control ` Holds objects that control the rigid body solver. :ref:`injection_control ` Defines global controls for Injection Regions. :ref:`intersection_control ` Holds advanced parameters to control the details of interface discretization. :ref:`g_scalar_reinitialisation ` Controls reinitialization for the G Equation model. :ref:`linear_solver_control ` 'LINEAR SOLVER CONTROL' object. ========================================================================================= ===================================================================================================================================== .. rubric:: Included in: ============================================= ============================ Parent Summary ============================================= ============================ :ref:`flow_child ` 'child_object_type' of flow. ============================================= ============================