:orphan:
.. _list:
list
====
.. autoclass:: ansys.fluent.core.generated.solver.settings_242.list.list
:show-inheritance:
.. rubric:: Included in:
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Parent Summary
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:ref:`turb_visc_func_mf <turb_visc_func_mf>` 'turb_visc_func_mf' child.
:ref:`multiband <multiband>` Enter multi-band information.
:ref:`phase_material <phase_material>` 'phase_material' child.
:ref:`multi_component_diffusion_mf <multi_component_diffusion_mf>` 'multi_component_diffusion_mf' child.
:ref:`injections <injections>` 'injections' child.
:ref:`rotor <rotor>` Main menu to define a rotor disk:
:ref:`geometry <geometry_1>` Main menu to define a disk-section:
:ref:`beams <beams>` Enter the optical beams menu.
:ref:`energy_source_active <energy_source_active>` Set energy source for active zone.
:ref:`energy_source_active <energy_source_active_1>` Set energy source for active zone in the FMU-coupling.
:ref:`fluid <fluid>` 'fluid' child.
:ref:`uds_diffusivities <uds_diffusivities>` UDS Diffusivity objects.
:ref:`solid <solid>` 'solid' child.
:ref:`mixture <mixture>` 'mixture' child.
:ref:`species_diffusivity <species_diffusivity>` Volumteric species object list.
:ref:`multicomponent <multicomponent>` Select first species.
:ref:`multicomponent_child <multicomponent_child>` 'child_object_type' of multicomponent.
:ref:`volumetric_species <volumetric_species>` 'volumetric_species' child.
:ref:`material <material_2>` Species material objects.
:ref:`cross_section_multicomponent <cross_section_multicomponent>` 'cross_section_multicomponent' child.
:ref:`cross_section_multicomponent_child <cross_section_multicomponent_child>` 'child_object_type' of cross_section_multicomponent.
:ref:`inert_particle <inert_particle>` 'inert_particle' child.
:ref:`droplet_particle <droplet_particle>` 'droplet_particle' child.
:ref:`combusting_particle <combusting_particle>` 'combusting_particle' child.
:ref:`particle_mixture <particle_mixture>` 'particle_mixture' child.
:ref:`particle_species <particle_species>` 'particle_species' child.
:ref:`material <material_3>` Species material objects.
:ref:`fluid <fluid_1>` Settings for cell zone condition object.
:ref:`phase <phase>` 'phase' child.
:ref:`terms <terms>` List of sources.
:ref:`variables <variables>` List of variables for fixed terms.
:ref:`solid <solid_2>` Settings for cell zone condition object.
:ref:`phase <phase_1>` 'phase' child.
:ref:`axis <axis_1>` Settings for boundary-condition object.
:ref:`phase <phase_2>` 'phase' child.
:ref:`degassing <degassing>` Settings for boundary-condition object.
:ref:`phase <phase_3>` 'phase' child.
:ref:`exhaust_fan <exhaust_fan>` Settings for boundary-condition object.
:ref:`phase <phase_4>` 'phase' child.
:ref:`direct_irradiation <direct_irradiation>` Settings for direct irradiation on this boundary.
:ref:`diffuse_irradiation <diffuse_irradiation>` Settings for diffuse irradiation on this boundary.
:ref:`backflow_species_mass_fraction <backflow_species_mass_fraction>` Specify species mass fraction.
:ref:`species_mole_fraction <species_mole_fraction>` Specify species mole fraction.
:ref:`tss_scalar <tss_scalar>` Help not available.
:ref:`discrete_boundary_condition <discrete_boundary_condition>` List of boundary conditions for Discrete population balance model.
:ref:`discrete_boundary_value <discrete_boundary_value>` List of boundary values for Discrete population balance model.
:ref:`quadrature_moment_boundary_condition <quadrature_moment_boundary_condition>` List of boundary conditions for Quadrature Moment population balance model.
:ref:`quadrature_moment_boundary_value <quadrature_moment_boundary_value>` List of boundary values for Quadrature Moment population balance model.
:ref:`qbmm_boundary_condition <qbmm_boundary_condition>` List of boundary conditions for QBMM population balance model.
:ref:`qbmm_boundary_value <qbmm_boundary_value>` List of boundary values for QBMM population balance model.
:ref:`std_moment_boundary_condition <std_moment_boundary_condition>` List of boundary conditions for Standard population balance model.
:ref:`std_moment_boundary_value <std_moment_boundary_value>` List of boundary values for Standard population balance model.
:ref:`dqmom_boundary_condition <dqmom_boundary_condition>` List of boundary conditions for DQMOM population balance model.
:ref:`dqmom_boundary_value <dqmom_boundary_value>` List of boundary values for DQMOM population balance model.
:ref:`uds_bc <uds_bc>` Help not available.
:ref:`uds <uds>` Help not available.
:ref:`fan <fan>` Settings for boundary-condition object.
:ref:`phase <phase_5>` 'phase' child.
:ref:`geometry <geometry_4>` Settings for boundary-condition object.
:ref:`phase <phase_6>` 'phase' child.
:ref:`inlet_vent <inlet_vent>` Settings for boundary-condition object.
:ref:`phase <phase_7>` 'phase' child.
:ref:`species_mass_fraction <species_mass_fraction>` Specify species mass fraction.
:ref:`intake_fan <intake_fan>` Settings for boundary-condition object.
:ref:`phase <phase_8>` 'phase' child.
:ref:`interface <interface_1>` Settings for boundary-condition object.
:ref:`phase <phase_9>` 'phase' child.
:ref:`interior <interior_1>` Settings for boundary-condition object.
:ref:`phase <phase_10>` 'phase' child.
:ref:`mass_flow_inlet <mass_flow_inlet>` Settings for boundary-condition object.
:ref:`phase <phase_11>` 'phase' child.
:ref:`mass_flow_outlet <mass_flow_outlet>` Settings for boundary-condition object.
:ref:`phase <phase_12>` 'phase' child.
:ref:`network <network>` Settings for boundary-condition object.
:ref:`phase <phase_13>` 'phase' child.
:ref:`network_end <network_end_1>` Settings for boundary-condition object.
:ref:`phase <phase_14>` 'phase' child.
:ref:`outflow <outflow>` Settings for boundary-condition object.
:ref:`phase <phase_15>` 'phase' child.
:ref:`outlet_vent <outlet_vent>` Settings for boundary-condition object.
:ref:`phase <phase_16>` 'phase' child.
:ref:`overset <overset>` Settings for boundary-condition object.
:ref:`phase <phase_17>` 'phase' child.
:ref:`periodic <periodic_1>` Settings for boundary-condition object.
:ref:`phase <phase_18>` 'phase' child.
:ref:`porous_jump <porous_jump_1>` Settings for boundary-condition object.
:ref:`phase <phase_19>` 'phase' child.
:ref:`contact_angles <contact_angles>` Specify contact angle values.
:ref:`pressure_far_field <pressure_far_field>` Settings for boundary-condition object.
:ref:`phase <phase_20>` 'phase' child.
:ref:`pressure_inlet <pressure_inlet>` Settings for boundary-condition object.
:ref:`phase <phase_21>` 'phase' child.
:ref:`pressure_outlet <pressure_outlet>` Settings for boundary-condition object.
:ref:`phase <phase_22>` 'phase' child.
:ref:`radiator <radiator_1>` Settings for boundary-condition object.
:ref:`phase <phase_23>` 'phase' child.
:ref:`rans_les_interface <rans_les_interface>` Settings for boundary-condition object.
:ref:`phase <phase_24>` 'phase' child.
:ref:`recirculation_inlet <recirculation_inlet_1>` Settings for boundary-condition object.
:ref:`phase <phase_25>` 'phase' child.
:ref:`species_mass_fractions <species_mass_fractions>` List of Species mass fractions or mole fractions.
:ref:`recirculation_outlet <recirculation_outlet_1>` Settings for boundary-condition object.
:ref:`phase <phase_26>` 'phase' child.
:ref:`shadow <shadow>` Settings for boundary-condition object.
:ref:`phase <phase_27>` 'phase' child.
:ref:`symmetry <symmetry>` Settings for boundary-condition object.
:ref:`phase <phase_28>` 'phase' child.
:ref:`velocity_inlet <velocity_inlet>` Settings for boundary-condition object.
:ref:`phase <phase_29>` 'phase' child.
:ref:`wall <wall>` Settings for boundary-condition object.
:ref:`phase <phase_30>` 'phase' child.
:ref:`internal_emissivity_band <internal_emissivity_band>` Specify internal emissivity.
:ref:`diffuse_irradiation_band <diffuse_irradiation_band>` Settings for diffuse irradiation on this boundary.
:ref:`diffuse_fraction_band <diffuse_fraction_band>` Specify diffuse fraction.
:ref:`species_boundary_conditions <species_boundary_conditions>` Species Boundary Conditions.
:ref:`species_mass_fraction_or_flux <species_mass_fraction_or_flux>` List of Species mass fractions or mole fractions.
:ref:`species_mass_fraction <species_mass_fraction_1>` List of species mass fractions or mole fractions.
:ref:`interface <interface_2>` Create mesh interfaces.
:ref:`turbo_interface <turbo_interface>` 'turbo_interface' child.
:ref:`reference_frames <reference_frames>` Allows you to create local coordinate systems with a given position and orientation, either with or without motion.
:ref:`named_expressions <named_expressions>` 'named_expressions' child.
:ref:`parts <parts>` 'parts' child.
:ref:`bodies <bodies>` 'bodies' child.
:ref:`faces <faces>` 'faces' child.
:ref:`groups <groups>` 'groups' child.
:ref:`fluid <fluid_2>` Select thread-type.
:ref:`phase <phase_32>` 'phase' child.
:ref:`axis <axis_2>` Select thread-type.
:ref:`phase <phase_33>` Select domain name to define settings on.
:ref:`degassing <degassing_1>` Select thread-type.
:ref:`exhaust_fan <exhaust_fan_1>` Select thread-type.
:ref:`phase <phase_34>` Select domain name to define settings on.
:ref:`fan <fan_1>` Select thread-type.
:ref:`phase <phase_35>` Select domain name to define settings on.
:ref:`geometry <geometry_6>` Select thread-type.
:ref:`inlet_vent <inlet_vent_1>` Select thread-type.
:ref:`phase <phase_36>` Select domain name to define settings on.
:ref:`intake_fan <intake_fan_1>` Select thread-type.
:ref:`phase <phase_37>` Select domain name to define settings on.
:ref:`interface <interface_3>` Select thread-type.
:ref:`phase <phase_38>` Select domain name to define settings on.
:ref:`interior <interior_2>` Select thread-type.
:ref:`phase <phase_39>` Select domain name to define settings on.
:ref:`mass_flow_inlet <mass_flow_inlet_1>` Select thread-type.
:ref:`phase <phase_40>` Select domain name to define settings on.
:ref:`mass_flow_outlet <mass_flow_outlet_1>` Select thread-type.
:ref:`phase <phase_41>` Select domain name to define settings on.
:ref:`network <network_1>` Select thread-type.
:ref:`phase <phase_42>` Select domain name to define settings on.
:ref:`network_end <network_end_2>` Select thread-type.
:ref:`phase <phase_43>` Select domain name to define settings on.
:ref:`outflow <outflow_1>` Select thread-type.
:ref:`phase <phase_44>` Select domain name to define settings on.
:ref:`outlet_vent <outlet_vent_1>` Select thread-type.
:ref:`phase <phase_45>` Select domain name to define settings on.
:ref:`overset <overset_1>` Select thread-type.
:ref:`periodic <periodic_3>` Select thread-type.
:ref:`phase <phase_46>` Select domain name to define settings on.
:ref:`porous_jump <porous_jump_2>` Select thread-type.
:ref:`phase <phase_47>` Select domain name to define settings on.
:ref:`pressure_far_field <pressure_far_field_2>` Select thread-type.
:ref:`phase <phase_48>` Select domain name to define settings on.
:ref:`pressure_inlet <pressure_inlet_1>` Select thread-type.
:ref:`phase <phase_49>` Select domain name to define settings on.
:ref:`pressure_outlet <pressure_outlet_2>` Select thread-type.
:ref:`phase <phase_50>` Select domain name to define settings on.
:ref:`radiator <radiator_2>` Select thread-type.
:ref:`phase <phase_51>` Select domain name to define settings on.
:ref:`rans_les_interface <rans_les_interface_1>` Select thread-type.
:ref:`phase <phase_52>` Select domain name to define settings on.
:ref:`recirculation_inlet <recirculation_inlet_2>` Select thread-type.
:ref:`phase <phase_53>` Select domain name to define settings on.
:ref:`recirculation_outlet <recirculation_outlet_2>` Select thread-type.
:ref:`phase <phase_54>` Select domain name to define settings on.
:ref:`shadow <shadow_1>` Select thread-type.
:ref:`symmetry <symmetry_1>` Select thread-type.
:ref:`velocity_inlet <velocity_inlet_1>` Select thread-type.
:ref:`phase <phase_55>` Select domain name to define settings on.
:ref:`wall <wall_1>` Select thread-type.
:ref:`phase <phase_56>` Select domain name to define settings on.
:ref:`solid <solid_3>` Select thread-type.
:ref:`phase <phase_57>` 'phase' child.
:ref:`interfaces <interfaces>` 'interfaces' child.
:ref:`discretization_scheme <discretization_scheme>` Select discretization scheme.
:ref:`set_velocity_and_vof_cutoffs <set_velocity_and_vof_cutoffs>` Set velocity and vof cutoff.
:ref:`set_damping_strengths <set_damping_strengths>` Set damping strength.
:ref:`phase_based_vof_discretization <phase_based_vof_discretization>` Set phase-based vof discretization.
:ref:`relaxation_factor <relaxation_factor_1>` Enter explicit relaxation menu.
:ref:`under_relaxation <under_relaxation_2>` Enter Under Relaxation Menu.
:ref:`local_dt_dualts_relax <local_dt_dualts_relax>` Set local time step relaxation factor.
:ref:`global_dt_pseudo_relax <global_dt_pseudo_relax>` Set global time step relaxation factor.
:ref:`equations <equations>` Set equations to be solved.
:ref:`mg_controls <mg_controls>` Enter multi-grid controls menu.
:ref:`amg_gpgpu_options <amg_gpgpu_options>` Enter AMG GPGPU options menu.
:ref:`local_dt <local_dt>` Enter local time step method menu.
:ref:`global_dt <global_dt>` Enter global time step method menu.
:ref:`correction_tolerance <correction_tolerance>` Enter correction tolerance menu.
:ref:`mesh <mesh_1>` Select the report definition type.
:ref:`surface <surface_1>` Select the report definition type.
:ref:`volume <volume>` Select the report definition type.
:ref:`force <force>` Select the report definition type.
:ref:`lift <lift>` Select the report definition type.
:ref:`drag <drag>` Select the report definition type.
:ref:`moment <moment>` Select the report definition type.
:ref:`time <time_1>` Create a new or edit an existing report definition.
:ref:`flux <flux_1>` Select the report definition type.
:ref:`vbm <vbm>` Select the report definition type.
:ref:`injection <injection_1>` Create a new or edit an existing report definition.
:ref:`user_defined <user_defined_6>` Select the report definition type.
:ref:`aeromechanics <aeromechanics>` Create a new or edit an existing report definition.
:ref:`icing <icing_3>` Create a new or edit an existing report definition.
:ref:`expression <expression_1>` Create a new or edit an existing report definition.
:ref:`single_valued_expression <single_valued_expression>` Select the report definition type.
:ref:`custom <custom>` Create a new or edit an existing report definition.
:ref:`equations <equations_1>` The various equations that can be monitored. For example, continuity, x-velocity, y-velocity, z-velocity, energy, k, and omega.
:ref:`report_files <report_files>` Available options related to report files.
:ref:`report_plots <report_plots>` Available options related to report plots.
:ref:`convergence_reports <convergence_reports>` Available options related to creating convergence reports.
:ref:`cell_registers <cell_registers>` 'cell_registers' child.
:ref:`defaults <defaults>` Enter defaults menu.
:ref:`species <species_12>` Configure species settings.
:ref:`species_child <species_child>` 'child_object_type' of species.
:ref:`solution_animations <solution_animations>` 'solution_animations' child.
:ref:`extrapolate_eqn_vars <extrapolate_eqn_vars>` Enter the extrapolation menu.
:ref:`data_sets <data_sets>` Enter data sampling datasets menu.
:ref:`custom_vectors <custom_vectors>` 'custom_vectors' child.
:ref:`point_surface <point_surface>` Provides access to creating point surfaces (surfaces containing a single data point).
:ref:`line_surface <line_surface>` Provides access to creating new and editing existing line surfaces.
:ref:`rake_surface <rake_surface>` Provides access to creating new and editing existing rake surfaces.
:ref:`plane_surface <plane_surface>` Specify the attributes of plane surface.
:ref:`iso_surface <iso_surface>` Provides access to creating new and editing existing iso-surfaces. These surfaces can be iso-valued sections of an existing surface or of the entire domain.
:ref:`iso_clip <iso_clip>` Provides access to creating new and editing existing clip surfaces. The clipped surface consists of those points on the selected surface where the scalar field values are within the specified range.
:ref:`zone_surface <zone_surface>` Provides access to creating new and editing existing zone surfaces.
:ref:`partition_surface <partition_surface>` Provides access to creating new and editing existing partition surfaces.
:ref:`transform_surface <transform_surface>` Provides access to creating new and editing existing transform surfaces. You can create a new transform surface by rotating and/or translating an existing surface and/or by specifying a constant normal distance from it.
:ref:`imprint_surface <imprint_surface>` Provides access to creating new and editing existing imprint surfaces. You can import a custom surface representing the region of interest (.stl, .msh, or .cas format) and imprint this surface into the current mesh.
:ref:`plane_slice <plane_slice>` Provides access to creating new and editing existing plane slices.
:ref:`sphere_slice <sphere_slice>` Provides access to creating new and editing existing sphere slices.
:ref:`quadric_surface <quadric_surface>` Provides access to creating new and editing existing quadric surfaces. You can display data on a general quadric surface where you can specify the surface by entering the coefficients of the quadric function that defines it. This feature provides you with an explicit method for defining surfaces.
:ref:`surface_cells <surface_cells>` To extract all cells intersected by a data surface.
:ref:`mesh <mesh_2>` 'mesh' child.
:ref:`contour <contour>` 'contour' child.
:ref:`vector <vector_1>` 'vector' child.
:ref:`pathline <pathline>` 'pathline' child.
:ref:`particle_track <particle_track>` 'particle_track' child.
:ref:`lic <lic>` 'lic' child.
:ref:`olic <olic>` 'olic' child.
:ref:`volumes <volumes_1>` 'volumes' child.
:ref:`type_name <type_name>` 'type_name' child.
:ref:`mirror_planes <mirror_planes>` Enter the mirror planes options menu.
:ref:`periodic_instancing <periodic_instancing>` Create/edit/del periodic instancing.
:ref:`xy_plot <xy_plot>` 'xy_plot' child.
:ref:`cumulative_plot <cumulative_plot>` Cumulative plots.
:ref:`scene <scene>` 'scene' child.
:ref:`definition <definition_1>` Adjoint-observables-named named-object-class.
:ref:`methods <methods_2>` Enter the adjoint solution methods menu.
:ref:`adjoint_equations <adjoint_equations>` Associated adjoint equations.
:ref:`advancement <advancement>` Adjoint advancement controls menu.
:ref:`under_relaxation <under_relaxation_3>` Adjoint under-relaxation controls menu.
:ref:`adjoint_equations <adjoint_equations_1>` 'adjoint_equations' child.
:ref:`specify_boundary <specify_boundary>` Design region boundary continuity settings.
:ref:`definition <definition_3>` Condition definitions named-object-class.
:ref:`objectives <objectives>` Objectives used in design change tool.
:ref:`parameters <parameters_4>` Design change parameter.
:ref:`results <results_1>` Design results information.
:ref:`parameters <parameters_6>` Parameter values of the given condition.
:ref:`limits <limits_1>` Design variable limits.
:ref:`parametric_studies <parametric_studies>` 'parametric_studies' child.
:ref:`design_points <design_points_1>` 'design_points' child.
:ref:`input_parameters <input_parameters>` Input Parameter Values of Design Point.
:ref:`output_parameters <output_parameters>` Output Parameter Values of Design Point.
:ref:`scheme_proc <scheme_proc>` Use input parameter in scheme-procedure.
:ref:`udf_side <udf_side>` Use input parameter in solver-udf.
:ref:`expression <expression_2>` 'expression' child.
:ref:`report_definitions <report_definitions_1>` 'report_definitions' child.
:ref:`named_expressions <named_expressions_1>` Enter Named Expression parameters menu.
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