:orphan: .. _polynomial_1: polynomial ========== .. autoclass:: ansys.fluent.core.generated.solver.settings_251.polynomial_1 :show-inheritance: .. rubric:: Attributes ================================== ============================================================ Attribute Summary ================================== ============================================================ :ref:`function_of ` Specify the independent variable of polynomial function. :ref:`coefficients ` Specify polynomial coefficients. ================================== ============================================================ .. rubric:: Included in: ================================================================== ====================================================== Parent Summary ================================================================== ====================================================== :ref:`density_3 ` Set material property: density. :ref:`viscosity ` Set material property: viscosity. :ref:`specific_heat ` Set material property: specific-heat. :ref:`thermal_conductivity_1 ` Set material property: thermal-conductivity. :ref:`absorption_coefficient ` Set material property: absorption-coefficient. :ref:`partition_coeff ` Set material property: partition-coeff. :ref:`scattering_coefficient ` Set material property: scattering-coefficient. :ref:`electric_conductivity ` Set material property: electric-conductivity. :ref:`dual_electric_conductivity ` Set material property: dual-electric-conductivity. :ref:`lithium_diffusivity ` Set material property: lithium-diffusivity. :ref:`speed_of_sound ` Set material property: speed-of-sound. :ref:`saturation_pressure ` Set material property: saturation-pressure. :ref:`uds_diffusivities_child ` 'child_object_type' of uds_diffusivities. :ref:`diffusivity ` Property settings. :ref:`diffusivity_0 ` Property settings. :ref:`diffusivity_1 ` Property settings. :ref:`diffusivity_2 ` Property settings. :ref:`radial_diffusivity ` Property settings. :ref:`tangential_diffusivity ` Property settings. :ref:`axial_diffusivity ` Property settings. :ref:`specific_heat_1 ` Set material property: specific-heat. :ref:`thermal_conductivity_2 ` Set material property: thermal-conductivity. :ref:`planar_conductivity ` Property settings. :ref:`transverse_conductivity ` Property settings. :ref:`radial_conductivity ` Property settings. :ref:`tangential_conductivity ` Property settings. :ref:`axial_conductivity ` Property settings. :ref:`conductivity_0 ` Property settings. :ref:`conductivity_1 ` Property settings. :ref:`conductivity_2 ` Property settings. :ref:`conductivity ` Property settings. :ref:`electric_conductivity_1 ` Set material property: electric-conductivity. :ref:`viscosity_1 ` Set material property: viscosity. :ref:`specific_heat_2 ` Set material property: specific-heat. :ref:`thermal_conductivity_3 ` Set material property: thermal-conductivity. :ref:`absorption_coefficient_1 ` Set material property: absorption-coefficient. :ref:`species_diffusivity_child ` 'child_object_type' of species_diffusivity. :ref:`multicomponent_child_child ` 'child_object_type' of child_object_type. :ref:`density_6 ` Set material property: density. :ref:`viscosity_2 ` Set material property: viscosity. :ref:`specific_heat_3 ` Set material property: specific-heat. :ref:`thermophoretic_co ` Set material property: thermophoretic-co. :ref:`dpm_surften ` Set material property: dpm-surften. :ref:`electric_conductivity_2 ` Set material property: electric-conductivity. :ref:`dual_electric_conductivity_1 ` Set material property: dual-electric-conductivity. :ref:`binary_diffusivity ` Set material property: binary-diffusivity. :ref:`binary_diffusivity_1 ` Specify binary diffusivity method. :ref:`vapor_pressure ` Set material property: vapor-pressure. :ref:`scattering_factor_1 ` Set material property: scattering-factor. :ref:`emissivity_1 ` Set material property: emissivity. :ref:`dpm_surften_1 ` Set material property: dpm-surften. :ref:`density_7 ` Set material property: density. :ref:`binary_diffusivity_2 ` Set material property: binary-diffusivity. ================================================================== ======================================================