:orphan:
.. _p2d_model_settings:
p2d_model_settings
==================
.. autoclass:: ansys.fluent.core.generated.solver.settings_251.p2d_model_settings
:show-inheritance:
.. rubric:: Attributes
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Attribute Summary
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:ref:`initial_soc <initial_soc_1>` Set initial SOC in the P2D model.
:ref:`ref_capacity <ref_capacity_2>` Theoretical capacity in the P2D model.
:ref:`anode_thickness <anode_thickness>` Set negative electrode thickness in the P2D model.
:ref:`anode_n_grid <anode_n_grid>` Set number of grid in negative electrode zone in the P2D model.
:ref:`anode_size_ratio <anode_size_ratio>` Set grid ratio for Ln in the P2D model.
:ref:`anode_p_diameter <anode_p_diameter>` Set particle diameter in negative electrode in the P2D model.
:ref:`anode_n_sphere <anode_n_sphere>` Set number of grids across radius of particle at anode in the P2D model.
:ref:`anode_size_ratio_r <anode_size_ratio_r>` Set grid ratio for rn in the P2D model.
:ref:`anode_cs_max <anode_cs_max>` Set max. solid Li+ conc. at anode in the P2D model.
:ref:`anode_stio_0 <anode_stio_0>` Set stoi. at 0% at anode in the P2D model.
:ref:`anode_stio_100 <anode_stio_100>` Set stoi. at 100% at anode in the P2D model.
:ref:`anode_ce_0 <anode_ce_0>` Set electrolyte Li+ conc. in anode in the P2D model.
:ref:`anode_vof <anode_vof>` Set volume fraction of electrolyte in negative electrode in the P2D model.
:ref:`anode_filler_f <anode_filler_f>` Set filler fraction in negative electrode in the P2D model.
:ref:`anode_ds <anode_ds>` Lithium mass diffusivity in anode particles in the P2D model.
:ref:`anode_ed <anode_ed>` Set activation energy for diff- in the P2D model.
:ref:`anode_brugg <anode_brugg>` Set Bruggeman coefficient of negative electrode in the P2D model.
:ref:`anode_sigma <anode_sigma>` Set solid electric conductivity in anode in the P2D model.
:ref:`anode_i0 <anode_i0_1>` Set ref. rate constant in negative electrode in the P2D model.
:ref:`anode_er <anode_er>` Set activation energy for Er- in the P2D model.
:ref:`anode_alpha_a <anode_alpha_a_1>` Set anodic transfer coeff. at anode in the P2D model.
:ref:`anode_alpha_c <anode_alpha_c_1>` Set cathodic Transfer Coeff. at anode in the P2D model.
:ref:`anode_ocv <anode_ocv_1>` Set ocp in negative electrode in the P2D model.
:ref:`cathode_thickness <cathode_thickness>` Set positive electrode thickness in the P2D model.
:ref:`cathode_n_grid <cathode_n_grid>` Set number of grid in positive electrode zone in the P2D model.
:ref:`cathode_size_ratio <cathode_size_ratio>` Set grid ratio for Lp in the P2D model.
:ref:`cathode_p_diameter <cathode_p_diameter>` Set particle diameter in positive Electrode in the P2D model.
:ref:`cathode_n_sphere <cathode_n_sphere>` Set number of grids across radius of particle at cathode in the P2D model.
:ref:`cathode_size_ratio_r <cathode_size_ratio_r>` Set grid ratio for rp in the P2D model.
:ref:`cathode_cs_max <cathode_cs_max>` Set max. solid Li+ conc. at cathode in the P2D model.
:ref:`cathode_stio_0 <cathode_stio_0>` Set stoi. at 0% at cathode in the P2D model.
:ref:`cathode_stio_100 <cathode_stio_100>` Set stoi. at 100% at cathode in the P2D model.
:ref:`cathode_ce_0 <cathode_ce_0>` Set electrolyte Li+ conc. in cathode in the P2D model.
:ref:`cathode_vof <cathode_vof>` Set volume fraction of electrolyte in positive electrode in the P2D model.
:ref:`cathode_filler_f <cathode_filler_f>` Set filler fraction in positive electrode in the P2D model.
:ref:`cathode_ds <cathode_ds>` Lithium mass diffusivity in cathode particles in the P2D model.
:ref:`cathode_ed <cathode_ed>` Set activation energy for diff+ in the P2D model.
:ref:`cathode_brugg <cathode_brugg>` Set Bruggeman coefficient of positive electrode in the P2D model.
:ref:`cathode_sigma <cathode_sigma>` Set solid electric conductivity in cathode in the P2D model.
:ref:`cathode_i0 <cathode_i0_1>` Set ref. rate constant in positive electrode in the P2D model.
:ref:`cathode_er <cathode_er>` Set activation energy for Er+. in the P2D model.
:ref:`cathode_alpha_a <cathode_alpha_a_1>` Set anodic transfer coeff. at cathode in the P2D model.
:ref:`cathode_alpha_c <cathode_alpha_c_1>` Set cathodic transfer coeff. at cathode in the P2D model.
:ref:`cathode_ocv <cathode_ocv_1>` Set ocp in positive electrode in the P2D model.
:ref:`electrolyte_thickness <electrolyte_thickness>` Set separator thickness in the P2D model.
:ref:`electrolyte_n_grid <electrolyte_n_grid>` Set number of grid in separator zone in the P2D model.
:ref:`electrolyte_ce_0 <electrolyte_ce_0>` Set electrolyte Li+ conc. in separator in the P2D model.
:ref:`electrolyte_vof <electrolyte_vof>` Set volume fraction of electrolyte in separator in the P2D model.
:ref:`electrolyte_brugg <electrolyte_brugg>` Set Bruggeman coefficient of separator in the P2D model.
:ref:`electrolyte_de <electrolyte_de>` Mass diffusivity of electrolyte in the P2D model.
:ref:`electrolyte_t_plus <electrolyte_t_plus>` Set transference number t+ in the P2D model.
:ref:`electrolyte_sigma <electrolyte_sigma>` Set ionic conductivity in electrolyte in the P2D model.
:ref:`electrolyte_activity <electrolyte_activity>` Set electrolyte activity-term in the P2D model.
:ref:`analytical_cs <analytical_cs>` Use analytical cs in the P2D model.
:ref:`analytical_cs_order <analytical_cs_order>` Set Cs function order in the P2D model.
:ref:`aging_model_enabled <aging_model_enabled_1>` Enable aging model in the P2D model.
:ref:`aging_file <aging_file>` Aging file name in the P2D model.
:ref:`aging_profile <aging_profile>` Select aging effects profile in the P2D model.
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.. rubric:: Included in:
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Parent Summary
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:ref:`battery <battery>` Battery model settings.
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