Keywords derived from field_base

field_base

Synonyms: champ_base

• Defined in: src/Kernel/Framework/Field_base.cpp
• Used by: acceleration, bloc_pdf_model, champ_front_med, champ_input_p0_composite, condinit, constituant, dirac, echange_couplage_thermique, echange_thermique_volumique, espece, fluide_base, fluide_diphasique, fluide_diphasique_ijk, fluide_incompressible, fluide_ostwald, fluide_quasi_compressible, fluide_sodium_gaz, fluide_sodium_liquide, fluide_stiffened_gas, fluide_weakly_compressible, ibm_aucune, interpolation_ibm_base, ibm_element_fluide, ibm_hybride, ibm_gradient_moyen, ibm_power_law_tbl, ibm_power_law_tbl_u_star, ibm_thermal_wall_law, loi_paroi_nu_impose, milieu_base, milieu_elasticite, milieu_phase_field, champ_post_statistiques_moyenne, multi_gaz_parfait_wc, gaz_parfait_qc, puissance_thermique, rhot_gaz_parfait_qc, solid_particle_base, solid_particle_sphere, solid_particle_spheroid, solide, source_constituant, source_meca_grad_pression_thermique, source_pdf, source_qdm, terme_puissance_thermique_echange_impose, dp, utau_imp

Basic class of fields.

Usable keywords (pick one): champ_composite, champ_don_lu, champ_fonc_fonction, champ_fonc_fonction_txyz, champ_fonc_fonction_txyz_morceaux, champ_fonc_interp, champ_fonc_med, champ_fonc_med_table_temps, champ_fonc_med_tabule, champ_fonc_reprise, champ_fonc_t, champ_fonc_tabule, champ_tabule_morceaux, champ_fonc_tabule_morceaux_interp, champ_init_canal_sinal, champ_input_p0, champ_input_p0_composite, champ_morceaux, champ_musig, champ_ostwald, champ_parametrique, champ_som_lu_vdf, champ_som_lu_vef, champ_tabule_lu, champ_tabule_temps, champ_uniforme_morceaux, champ_uniforme_morceaux_tabule_temps, champ_fonc_txyz, champ_fonc_xyz, field_uniform_keps_from_ud, init_par_partie, tayl_green, champ_uniforme, valeur_totale_sur_volume

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• Keywords derived from champ_don_base
• Keywords derived from champ_fonc_med
• Keywords derived from champ_input_base

champ_ostwald

• Inherits from: field_base
• Defined in: src/ThHyd/Incompressible/Champs/Champ_Ostwald.cpp

This keyword is used to define the viscosity variation law:

Mu(T)= K(T)*(D:D/2)**((n-1)/2)