:orphan: .. _options_7: options ======= .. autoclass:: ansys.fluent.core.generated.solver.settings_251.options_7 :show-inheritance: .. rubric:: Attributes ============================================ ================================================================= Attribute Summary ============================================ ================================================================= :ref:`joule_heat ` Include Joule Heating?. :ref:`reaction_heat ` Include Reaction Heating?. :ref:`electrochemistry ` Enable Electrochemistry?. :ref:`butlervolmer ` Use Butler-Volmer Rate. :ref:`multidiff ` Enable Multi-Component Diffusion. :ref:`anisotropic ` Enable Anisotropic E-Conductivity in Porous Electrode. :ref:`pconductivity ` Enable Effective P-Conductivity in MEA. :ref:`halfcell ` Enable Half-Cell Potential. :ref:`particlemodel ` Enable Cathode Particle Model. :ref:`liquid_phase ` Enable Liquid Phase. :ref:`liquid_pressure ` Solve Liquid Pressure. :ref:`liquid_in_channel ` Compute Liquid in Channels. :ref:`dynamic_head ` Include Dynamic Head in Liquid Flux at GDL/Channel Interface. :ref:`knudsen_diffusion ` Enable Knudsen Diffusion. :ref:`temp_jref ` Use Temperature Dependent Jref. :ref:`n2_crossover ` Enable N2 Crossover. :ref:`ice_phase ` Enable Ice Phase. :ref:`dissovled_urf ` Dissolved<->Liquid/Vapor Source Under-Relaxation. :ref:`osmotic_urf ` Osmotic Drag Source Under-Relaxation. :ref:`phasechange_urf ` Liquid<->Vapor Source Under-Relaxation. :ref:`liquidremoval_urf ` GDL Liquid Removal Under-Relaxation. :ref:`auto_amg ` Enable Automatic F-Cycle for All Equations. :ref:`wdiff_model ` Select Dissolved Water Diffusion Model. :ref:`bc_type ` Select electrical boundary type. :ref:`tot_voltage ` Total Cell Voltage (V). :ref:`tot_current ` Total Cell Current (A). ============================================ ================================================================= .. rubric:: Included in: ==================== =============================== Parent Summary ==================== =============================== :ref:`pemfc ` Enter PEMFC model settings. ==================== ===============================