TRUST 1.9.8
HPC thermohydraulic platform
Loading...
Searching...
No Matches
Keywords derived from pb_multiphase

pb_multiphase

Inherits from: pb_base

A problem that allows the resolution of N-phases with 3*N equations

Parameters:

  • [milieu_composite] (type: bloc_lecture) The composite medium associated with the problem.
  • [milieu_musig] (type: bloc_lecture) The composite medium associated with the problem.
  • [correlations] (type: bloc_lecture) List of correlations used in specific source terms (i.e. interfacial flux, interfacial friction, ...)
  • [models] (type: bloc_lecture) List of models used in specific source terms (i.e. interfacial flux, interfacial friction, ...)
  • qdm_multiphase (type: qdm_multiphase) Momentum conservation equation for a multi-phase problem where the unknown is the velocity
  • masse_multiphase (type: masse_multiphase) Mass consevation equation for a multi-phase problem where the unknown is the alpha (void fraction)
  • energie_multiphase (type: energie_multiphase) Internal energy conservation equation for a multi-phase problem where the unknown is the temperature
  • [echelle_temporelle_turbulente] (type: echelle_temporelle_turbulente) Turbulent Dissipation time scale equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [energie_cinetique_turbulente] (type: energie_cinetique_turbulente) Turbulent kinetic Energy conservation equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [energie_cinetique_turbulente_wit] (type: energie_cinetique_turbulente_wit) Bubble Induced Turbulent kinetic Energy equation for a turbulent multi-phase problem (available in TrioCFD)
  • [taux_dissipation_turbulent] (type: taux_dissipation_turbulent) Turbulent Dissipation frequency equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [aire_interfaciale] (type: aire_interfaciale) Interfacial-area transport equation for a multi-phase problem (available in TrioCFD)
  • [milieu] (type: milieu_base) 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) 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) The same keyword than Sauvegarde except, the last time step only is saved.
  • [reprise] (type: format_file_base) 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) 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_multiphase_enthalpie

Synonyms: pb_multiphase_h

Inherits from: pb_multiphase

A problem that allows the resolution of N-phases with 3*N equations

Parameters:

  • [milieu_composite] (type: bloc_lecture) The composite medium associated with the problem.
  • [correlations] (type: bloc_lecture) List of correlations used in specific source terms (i.e. interfacial flux, interfacial friction, ...)
  • qdm_multiphase (type: qdm_multiphase) Momentum conservation equation for a multi-phase problem where the unknown is the velocity
  • masse_multiphase (type: masse_multiphase) Mass consevation equation for a multi-phase problem where the unknown is the alpha (void fraction)
  • energie_multiphase_h | energie_multiphase_enthalpie (type: energie_multiphase_enthalpie) Internal energy conservation equation for a multi-phase problem where the unknown is the enthalpy
  • [milieu_musig] (type: bloc_lecture) The composite medium associated with the problem.
  • [models] (type: bloc_lecture) List of models used in specific source terms (i.e. interfacial flux, interfacial friction, ...)
  • [echelle_temporelle_turbulente] (type: echelle_temporelle_turbulente) Turbulent Dissipation time scale equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [energie_cinetique_turbulente] (type: energie_cinetique_turbulente) Turbulent kinetic Energy conservation equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [energie_cinetique_turbulente_wit] (type: energie_cinetique_turbulente_wit) Bubble Induced Turbulent kinetic Energy equation for a turbulent multi-phase problem (available in TrioCFD)
  • [taux_dissipation_turbulent] (type: taux_dissipation_turbulent) Turbulent Dissipation frequency equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [aire_interfaciale] (type: aire_interfaciale) Interfacial-area transport equation for a multi-phase problem (available in TrioCFD)
  • [milieu] (type: milieu_base) 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) 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) The same keyword than Sauvegarde except, the last time step only is saved.
  • [reprise] (type: format_file_base) 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) 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_multiphase_hem

Synonyms: pb_hem

Inherits from: pb_multiphase

A problem that allows the resolution of 2-phases mechanicaly and thermally coupled with 3 equations

Parameters:

  • [milieu_composite] (type: bloc_lecture) The composite medium associated with the problem.
  • [milieu_musig] (type: bloc_lecture) The composite medium associated with the problem.
  • [correlations] (type: bloc_lecture) List of correlations used in specific source terms (i.e. interfacial flux, interfacial friction, ...)
  • [models] (type: bloc_lecture) List of models used in specific source terms (i.e. interfacial flux, interfacial friction, ...)
  • qdm_multiphase (type: qdm_multiphase) Momentum conservation equation for a multi-phase problem where the unknown is the velocity
  • masse_multiphase (type: masse_multiphase) Mass consevation equation for a multi-phase problem where the unknown is the alpha (void fraction)
  • energie_multiphase (type: energie_multiphase) Internal energy conservation equation for a multi-phase problem where the unknown is the temperature
  • [echelle_temporelle_turbulente] (type: echelle_temporelle_turbulente) Turbulent Dissipation time scale equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [energie_cinetique_turbulente] (type: energie_cinetique_turbulente) Turbulent kinetic Energy conservation equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [energie_cinetique_turbulente_wit] (type: energie_cinetique_turbulente_wit) Bubble Induced Turbulent kinetic Energy equation for a turbulent multi-phase problem (available in TrioCFD)
  • [taux_dissipation_turbulent] (type: taux_dissipation_turbulent) Turbulent Dissipation frequency equation for a turbulent mono/multi-phase problem (available in TrioCFD)
  • [aire_interfaciale] (type: aire_interfaciale) Interfacial-area transport equation for a multi-phase problem (available in TrioCFD)
  • [milieu] (type: milieu_base) 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) 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) The same keyword than Sauvegarde except, the last time step only is saved.
  • [reprise] (type: format_file_base) 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) 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