pb_base

Inherits from: pb_gen_base
Defined in: src/Kernel/Framework/Probleme_base.cpp

Resolution of equations on a domain. A problem is defined by creating an object and assigning the problem type that the user wishes to resolve. To enter values for the problem objects created, the Lire (Read) interpretor is used with a data block.

Parameters:

[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

Keywords derived from pb_multiphase

pb_conduction

Inherits from: pb_base
Defined in: src/ThSol/Pb_Conduction.cpp

Resolution of the heat equation.

Parameters:

[solide] (type: solide) The medium associated with the problem.
[conduction] (type: conduction) Heat equation.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_conduction_ibm

Inherits from: pb_base
Defined in: src/ThSol/IBM/Pb_Conduction_IBM.cpp

Resolution of the IBM heat equation.

Parameters:

[solide] (type: solide) The medium associated with the problem.
[conduction_ibm] (type: conduction_ibm) IBM Heat equation.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_euler

Inherits from: pb_base
Defined in: src/ThHyd/Euler_Baer_Nunziato/Problems/Pb_Euler.cpp

A problem that allows the resolution of N-phases Euler equations

Parameters:

[milieu_composite_euler] (type: bloc_lecture) The composite medium associated with the problem.
momentum_euler | qdm_euler (type: momentum_euler) Momentum conservation equation for a multi-phase Euler problem where the unknown is the velocity
masse_euler | density_euler (type: masse_euler) Mass consevation equation for a multi-phase Euler problem where the unknown is the density
energy_euler | energie_euler (type: energy_euler) Internal energy conservation equation for a multi-phase Euler problem where the unknown is the temperature
fraction_euler (type: fraction_euler) Void fraction conservation equation for a multi-phase Euler problem where the unknown is the alpha
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Pb_Hydraulique.cpp

Resolution of the Navier-Stokes equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[correlations] (type: bloc_lecture) List of correlations used in specific source terms (e.g. wall-friction adaptive law).
navier_stokes_standard (type: navier_stokes_standard) Navier-Stokes equations.
[energie_cinetique_turbulente] (type: energie_cinetique_turbulente) Turbulent kinetic Energy conservation equation for a turbulent mono-phase problem (available in TrioCFD).
[echelle_temporelle_turbulente] (type: echelle_temporelle_turbulente) Turbulent Dissipation time scale equation for a turbulent mono-phase problem (available in TrioCFD).
[taux_dissipation_turbulent] (type: taux_dissipation_turbulent) Turbulent Dissipation frequency equation for a turbulent mono-phase problem (available in TrioCFD).
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_cloned_concentration

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Problemes_Cloned_Concentration.cpp

Resolution of Navier-Stokes/multiple constituent transport equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_concentration] (type: convection_diffusion_concentration) Constituent transport vectorial equation (concentration diffusion convection).
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_cloned_concentration_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Problemes_Cloned_Concentration_Turbulent.cpp

Resolution of Navier-Stokes/multiple constituent transport equations, with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
[convection_diffusion_concentration_turbulent] (type: convection_diffusion_concentration_turbulent) Constituent transport equations (concentration diffusion convection) as well as the associated turbulence model equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_concentration

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Pb_Hydraulique_Concentration.cpp

Resolution of Navier-Stokes/multiple constituent transport equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_concentration] (type: convection_diffusion_concentration) Constituent transport vectorial equation (concentration diffusion convection).
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_concentration_scalaires_passifs

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Problemes_Scalaires_Passifs.cpp

Resolution of Navier-Stokes/multiple constituent transport equations with the additional passive scalar equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_concentration] (type: convection_diffusion_concentration) Constituent transport equations (concentration diffusion convection).
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_concentration_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Pb_Hydraulique_Concentration_Turbulent.cpp

Resolution of Navier-Stokes/multiple constituent transport equations, with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
[convection_diffusion_concentration_turbulent] (type: convection_diffusion_concentration_turbulent) Constituent transport equations (concentration diffusion convection) as well as the associated turbulence model equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_concentration_turbulent_scalaires_passifs

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Problemes_Scalaires_Passifs_Turbulent.cpp

Resolution of Navier-Stokes/multiple constituent transport equations, with turbulence modelling and with the additional passive scalar equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
[convection_diffusion_concentration_turbulent] (type: convection_diffusion_concentration_turbulent) Constituent transport equations (concentration diffusion convection) as well as the associated turbulence model equations.
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_ibm

Inherits from: pb_base
Defined in: src/ThHyd/IBM/Problems/Pb_Hydraulique_IBM.cpp

Resolution of the IBM Navier-Stokes equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
navier_stokes_ibm (type: navier_stokes_ibm) IBM Navier-Stokes equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_ibm_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/IBM/Problems/Pb_Hydraulique_IBM_Turbulent.cpp

Resolution of Navier-Stokes equations with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
navier_stokes_ibm_turbulent (type: navier_stokes_ibm_turbulent) IBM Navier-Stokes equations as well as the associated turbulence model equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_list_concentration

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Problemes_List_Concentration.cpp

Resolution of Navier-Stokes/multiple constituent transport equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
list_equations (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_list_concentration_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Problemes_List_Concentration_Turbulent.cpp

Resolution of Navier-Stokes/multiple constituent transport equations, with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
list_equations (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_melange_binaire_qc

Inherits from: pb_base
Defined in: src/ThHyd/Dilatable/Quasi_Compressible/Problems/Pb_Hydraulique_Melange_Binaire_QC.cpp

Resolution of a binary mixture problem for a quasi-compressible fluid with an iso-thermal condition.

Keywords for the unknowns other than pressure, velocity, fraction_massique are :

masse_volumique : density

pression : reduced pressure

pression_tot : total pressure.

Parameters:

fluide_quasi_compressible (type: fluide_quasi_compressible) The fluid medium associated with the problem.
navier_stokes_qc (type: navier_stokes_qc) Navier-Stokes equation for a quasi-compressible fluid.
convection_diffusion_espece_binaire_qc (type: convection_diffusion_espece_binaire_qc) Species conservation equation for a binary quasi-compressible fluid.
Inherited from pb_base:
[constituant] (type: constituant) The various constituants associated to the problem.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_melange_binaire_turbulent_qc

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Pb_Hydraulique_Melange_Binaire_Turbulent_QC.cpp

Resolution of a turbulent binary mixture problem for a quasi-compressible fluid with an iso-thermal condition.

Parameters:

fluide_quasi_compressible (type: fluide_quasi_compressible) The fluid medium associated with the problem.
navier_stokes_turbulent_qc (type: navier_stokes_turbulent_qc) Navier-Stokes equation for a quasi-compressible fluid as well as the associated turbulence model equations.
convection_diffusion_espece_binaire_turbulent_qc (type: convection_diffusion_espece_binaire_turbulent_qc) Species conservation equation for a quasi-compressible fluid as well as the associated turbulence model equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_melange_binaire_wc

Inherits from: pb_base
Defined in: src/ThHyd/Dilatable/Weakly_Compressible/Problems/Pb_Hydraulique_Melange_Binaire_WC.cpp

Resolution of a binary mixture problem for a weakly-compressible fluid with an iso-thermal condition.

Keywords for the unknowns other than pressure, velocity, fraction_massique are :

masse_volumique : density

pression : reduced pressure

pression_tot : total pressure

pression_hydro : hydro-static pressure

pression_eos : pressure used in state equation.

Parameters:

fluide_weakly_compressible (type: fluide_weakly_compressible) The fluid medium associated with the problem.
navier_stokes_wc (type: navier_stokes_wc) Navier-Stokes equation for a weakly-compressible fluid.
convection_diffusion_espece_binaire_wc (type: convection_diffusion_espece_binaire_wc) Species conservation equation for a binary weakly-compressible fluid.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_hydraulique_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Pb_Hydraulique_Turbulent.cpp

Resolution of Navier-Stokes equations with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
navier_stokes_turbulent (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_post

Inherits from: pb_base
Defined in: src/Kernel/MEDimpl/Pb_MED.cpp
Used by: info_med

not_set

Parameters:

Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Pb_Thermohydraulique.cpp

Resolution of thermohydraulic problem.

Parameters:

[fluide_incompressible] (type: fluide_incompressible) The fluid medium associated with the problem (only one possibility).
[fluide_ostwald] (type: fluide_ostwald) The fluid medium associated with the problem (only one possibility).
[fluide_sodium_liquide] (type: fluide_sodium_liquide) The fluid medium associated with the problem (only one possibility).
[fluide_sodium_gaz] (type: fluide_sodium_gaz) The fluid medium associated with the problem (only one possibility).
[correlations] (type: bloc_lecture) List of correlations used in specific source terms (i.e. interfacial flux, interfacial friction, ...)
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_temperature] (type: convection_diffusion_temperature) Energy equation (temperature diffusion convection).
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_cloned_concentration

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Problemes_Cloned_Concentration.cpp

Resolution of Navier-Stokes/energy/multiple constituent transport equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_concentration] (type: convection_diffusion_concentration) Constituent transport equations (concentration diffusion convection).
[convection_diffusion_temperature] (type: convection_diffusion_temperature) Energy equation (temperature diffusion convection).
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_cloned_concentration_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Problemes_Cloned_Concentration_Turbulent.cpp

Resolution of Navier-Stokes/energy/multiple constituent transport equations, with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
[convection_diffusion_concentration_turbulent] (type: convection_diffusion_concentration_turbulent) Constituent transport equations (concentration diffusion convection) as well as the associated turbulence model equations.
[convection_diffusion_temperature_turbulent] (type: convection_diffusion_temperature_turbulent) Energy equation (temperature diffusion convection) as well as the associated turbulence model equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_concentration

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Pb_Thermohydraulique_Concentration.cpp

Resolution of Navier-Stokes/energy/multiple constituent transport equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_concentration] (type: convection_diffusion_concentration) Constituent transport equations (concentration diffusion convection).
[convection_diffusion_temperature] (type: convection_diffusion_temperature) Energy equation (temperature diffusion convection).
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_concentration_scalaires_passifs

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Problemes_Scalaires_Passifs.cpp

Resolution of Navier-Stokes/energy/multiple constituent transport equations, with the additional passive scalar equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_concentration] (type: convection_diffusion_concentration) Constituent transport equations (concentration diffusion convection).
[convection_diffusion_temperature] (type: convection_diffusion_temperature) Energy equations (temperature diffusion convection).
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_concentration_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Pb_Thermohydraulique_Concentration_Turbulent.cpp

Resolution of Navier-Stokes/energy/multiple constituent transport equations, with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
[convection_diffusion_concentration_turbulent] (type: convection_diffusion_concentration_turbulent) Constituent transport equations (concentration diffusion convection) as well as the associated turbulence model equations.
[convection_diffusion_temperature_turbulent] (type: convection_diffusion_temperature_turbulent) Energy equation (temperature diffusion convection) as well as the associated turbulence model equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_concentration_turbulent_scalaires_passifs

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Problemes_Scalaires_Passifs_Turbulent.cpp

Resolution of Navier-Stokes/energy/multiple constituent transport equations, with turbulence modelling and with the additional passive scalar equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
[convection_diffusion_concentration_turbulent] (type: convection_diffusion_concentration_turbulent) Constituent transport equations (concentration diffusion convection) as well as the associated turbulence model equations.
[convection_diffusion_temperature_turbulent] (type: convection_diffusion_temperature_turbulent) Energy equations (temperature diffusion convection) as well as the associated turbulence model equations.
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_especes_qc

Inherits from: pb_base
Defined in: src/ThHyd/Dilatable/Common/Problems/Pb_Multi_Especes.cpp

Resolution of thermo-hydraulic problem for a multi-species quasi-compressible fluid.

Parameters:

fluide_quasi_compressible (type: fluide_quasi_compressible) The fluid medium associated with the problem.
navier_stokes_qc (type: navier_stokes_qc) Navier-Stokes equation for a quasi-compressible fluid.
convection_diffusion_chaleur_qc (type: convection_diffusion_chaleur_qc) Temperature equation for a quasi-compressible fluid.
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_especes_turbulent_qc

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Problemes_Scalaires_Passifs_Turbulent.cpp

Resolution of turbulent thermohydraulic problem under low Mach number with passive scalar equations.

Parameters:

fluide_quasi_compressible (type: fluide_quasi_compressible) The fluid medium associated with the problem.
navier_stokes_turbulent_qc (type: navier_stokes_turbulent_qc) Navier-Stokes equations under low Mach number as well as the associated turbulence model equations.
convection_diffusion_chaleur_turbulent_qc (type: convection_diffusion_chaleur_turbulent_qc) Energy equation under low Mach number as well as the associated turbulence model equations.
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_especes_wc

Inherits from: pb_base
Defined in: src/ThHyd/Dilatable/Common/Problems/Pb_Multi_Especes.cpp

Resolution of thermo-hydraulic problem for a multi-species weakly-compressible fluid.

Parameters:

fluide_weakly_compressible (type: fluide_weakly_compressible) The fluid medium associated with the problem.
navier_stokes_wc (type: navier_stokes_wc) Navier-Stokes equation for a weakly-compressible fluid.
convection_diffusion_chaleur_wc (type: convection_diffusion_chaleur_wc) Temperature equation for a weakly-compressible fluid.
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_ibm

Inherits from: pb_base
Defined in: src/ThHyd/IBM/Problems/Pb_Thermohydraulique_IBM.cpp

Resolution of IBM thermohydraulic problem.

Parameters:

[fluide_incompressible] (type: fluide_incompressible) The fluid medium associated with the problem (only one possibility).
[fluide_ostwald] (type: fluide_ostwald) The fluid medium associated with the problem (only one possibility).
[navier_stokes_ibm] (type: navier_stokes_ibm) IBM Navier-Stokes equations.
[convection_diffusion_temperature_ibm] (type: convection_diffusion_temperature_ibm) IBM Energy equation (temperature diffusion convection).
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_ibm_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/IBM/Problems/Pb_Thermohydraulique_IBM_Turbulent.cpp

Resolution of thermohydraulic problem, with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
navier_stokes_ibm_turbulent (type: navier_stokes_ibm_turbulent) IBM Navier-Stokes equations as well as the associated turbulence model equations.
convection_diffusion_temperature_ibm_turbulent (type: convection_diffusion_temperature_ibm_turbulent) Energy equation (temperature diffusion convection) as well as the associated turbulence model equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_list_concentration

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Problemes_List_Concentration.cpp

Resolution of Navier-Stokes/energy/multiple constituent transport equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_temperature] (type: convection_diffusion_temperature) Energy equation (temperature diffusion convection).
list_equations (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_list_concentration_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Problemes_List_Concentration_Turbulent.cpp

Resolution of Navier-Stokes/energy/multiple constituent transport equations, with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
[convection_diffusion_temperature_turbulent] (type: convection_diffusion_temperature_turbulent) Energy equation (temperature diffusion convection) as well as the associated turbulence model equations.
list_equations (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_qc

Inherits from: pb_base
Defined in: src/ThHyd/Dilatable/Quasi_Compressible/Problems/Pb_Thermohydraulique_QC.cpp

Resolution of thermo-hydraulic problem for a quasi-compressible fluid.

Keywords for the unknowns other than pressure, velocity, temperature are :

masse_volumique : density

enthalpie : enthalpy

pression : reduced pressure

pression_tot : total pressure.

Parameters:

fluide_quasi_compressible (type: fluide_quasi_compressible) The fluid medium associated with the problem.
navier_stokes_qc (type: navier_stokes_qc) Navier-Stokes equation for a quasi-compressible fluid.
convection_diffusion_chaleur_qc (type: convection_diffusion_chaleur_qc) Temperature equation for a quasi-compressible fluid.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_scalaires_passifs

Inherits from: pb_base
Defined in: src/ThHyd/Incompressible/Problems/Problemes_Scalaires_Passifs.cpp

Resolution of thermohydraulic problem, with the additional passive scalar equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_standard] (type: navier_stokes_standard) Navier-Stokes equations.
[convection_diffusion_temperature] (type: convection_diffusion_temperature) Energy equations (temperature diffusion convection).
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_turbulent

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Pb_Thermohydraulique_Turbulent.cpp

Resolution of thermohydraulic problem, with turbulence modelling.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
navier_stokes_turbulent (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
convection_diffusion_temperature_turbulent (type: convection_diffusion_temperature_turbulent) Energy equation (temperature diffusion convection) as well as the associated turbulence model equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_turbulent_qc

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Pb_Thermohydraulique_Turbulent_QC.cpp

Resolution of turbulent thermohydraulic problem under low Mach number.

Warning : Available for VDF and VEF P0/P1NC discretization only.

Parameters:

fluide_quasi_compressible (type: fluide_quasi_compressible) The fluid medium associated with the problem.
navier_stokes_turbulent_qc (type: navier_stokes_turbulent_qc) Navier-Stokes equations under low Mach number as well as the associated turbulence model equations.
convection_diffusion_chaleur_turbulent_qc (type: convection_diffusion_chaleur_turbulent_qc) Energy equation under low Mach number as well as the associated turbulence model equations.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_turbulent_scalaires_passifs

Inherits from: pb_base
Defined in: src/ThHyd/Turbulence/Problems/Problemes_Scalaires_Passifs_Turbulent.cpp

Resolution of thermohydraulic problem, with turbulence modelling and with the additional passive scalar equations.

Parameters:

fluide_incompressible (type: fluide_incompressible) The fluid medium associated with the problem.
[navier_stokes_turbulent] (type: navier_stokes_turbulent) Navier-Stokes equations as well as the associated turbulence model equations.
[convection_diffusion_temperature_turbulent] (type: convection_diffusion_temperature_turbulent) Energy equations (temperature diffusion convection) as well as the associated turbulence model equations.
equations_scalaires_passifs (type: list of Equation_base) List of equations.
Inherited from pb_base:
[constituant] (type: constituant) Constituents.
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

pb_thermohydraulique_wc

Inherits from: pb_base
Defined in: src/ThHyd/Dilatable/Weakly_Compressible/Problems/Pb_Thermohydraulique_WC.cpp

Resolution of thermo-hydraulic problem for a weakly-compressible fluid.

Keywords for the unknowns other than pressure, velocity, temperature are :

masse_volumique : density

pression : reduced pressure

pression_tot : total pressure

pression_hydro : hydro-static pressure

pression_eos : pressure used in state equation.

Parameters:

fluide_weakly_compressible (type: fluide_weakly_compressible) The fluid medium associated with the problem.
navier_stokes_wc (type: navier_stokes_wc) Navier-Stokes equation for a weakly-compressible fluid.
convection_diffusion_chaleur_wc (type: convection_diffusion_chaleur_wc) Temperature equation for a weakly-compressible fluid.
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

problem_read_generic

Inherits from: pb_base
Defined in: src/Kernel/Framework/Probleme_base.cpp

The probleme_read_generic differs rom the rest of the TRUST code : The problem does not state the number of equations that are enclosed in the problem. As the list of equations to be solved in the generic read problem is declared in the data file and not pre-defined in the structure of the problem, each equation has to be distinctively associated with the problem with the Associate keyword.

Parameters:

Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem

probleme_elasticite_lineaire

Inherits from: pb_base
Defined in: src/Meca/Problems/Probleme_Elasticite_Lineaire.cpp

Resolution of Probleme_Elasticite_Lineaire

Parameters:

[milieu_elasticite] (type: milieu_elasticite) Milieu_Elasticite
[equation_navier_cauchy] (type: equation_navier_cauchy) Equation_Navier_Cauchy
Inherited from pb_base:
[milieu] (type: milieu_base — one of: constituant, espece, fluide_diphasique … (+13 more)) The medium associated with the problem.
[constituant] (type: constituant) Constituent.
[postraitement | post_processing] (type: corps_postraitement) One post-processing (without name).
[postraitements | post_processings] (type: list of Un_postraitement) Keyword to use several results files. List of objects of post-processing (with name).
[liste_de_postraitements] (type: list of Nom_postraitement) Keyword to use several results files. List of objects of post-processing (with name)
[liste_postraitements] (type: list of Un_postraitement_spec) Keyword to use several results files. List of objects of post-processing (with name)
[sauvegarde] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword used when calculation results are to be backed up. When a coupling is performed, the backup-recovery file name must be well specified for each problem. In this case, you must save to different files and correctly specify these files when resuming the calculation.
[sauvegarde_simple] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) The same keyword than Sauvegarde except, the last time step only is saved.
[reprise] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file (see the class format_file). If format_reprise is xyz, the name_file file should be the .xyz file created by the previous calculation. With this file, it is possible to resume a parallel calculation on P processors, whereas the previous calculation has been run on N (N<>P) processors. Should the calculation be resumed, values for the tinit (see schema_temps_base) time fields are taken from the name_file file. If there is no backup corresponding to this time in the name_file, TRUST exits in error.
[resume_last_time] (type: format_file_base — one of: binary, formatte, pdi … (+3 more)) Keyword to resume a calculation based on the name_file file, resume the calculation at the last time found in the file (tinit is set to last time of saved files).
[transparent_medium_radiation_model | modele_rayonnement_milieu_transparent] (type: transparent_medium_radiation_model) Read a transparent medium radiation model associated to a fluid problem