Appendices
=====




Syntax for procedure CALC_ECREVISSE
--------------------------------------


.. code-block:: text

    CALC_ECREVISSE =
(

    # CONCEPT SORTANT
♦ CHARGE_MECA = CO ('char_meca') [CO]
♦ CHARGE_THER1 = CO ('char_ther') [CO]
♦ CHARGE_THER2 = CO ('char_ther') [CO]
♦ TABLE = CO ('table') [CO]
♦ DEBIT = CO ('flow') [CO]


    # MODELES MECANIQUES
♦ MODELE_MECA = m_meca [model]
♦ MODELE_THER = m_ther [model]


    # DONNEES GEOMETRIQUES RELATIVES AUX RESULTATS
♦ RESULTAT = _F (
♦ MECANIQUE = rmeca [result]
♦ THERMIQUE = rther [result]
/◊ NUME_ORDRE = order_number [I]
◊ INST = instant [R]
),

    # DONNEES GEOMETRIQUES RELATIVES TO THE FISSURE
♦ FISSURE = _F (
♦ GROUP_MA = GMA [GRMA]
♦ GROUP_NO_ORIG = ogno [grno]
♦ GROUP_NO_EXTR = egno [grno]
♦ ZETA = zeta [R]
♦ RUGOSITE = rug [R]
♦ OUVERT_REMANENTE = open_rem [R]
◊ PREFIXE_FICHIER =/'FISSURE1', [DEFAUT]
/prefix
◊ TORTUOSITE = wrong [R]
♦ SECTION =/"ELLIPSE"
/"RECTANGLE"
◊ LISTE_COTES_BL =/(0, max (abs_curv)) [DEFAUT]
/lcbl listr8
♦ LISTE_VAL_BL = lvbl listr8
),


    DONNEES RELATIVES AT THE ECOULEMENT
♦ ECOULEMENT =... same as MACR_ECREVISSE/ECOULEMENT

♦ MODELE_ECRE =... same as MACR_ECREVISSE/MODELE_ECRE


    # DONNEES RELATIVES AT THE CONVERGENCE NUMERIQUE
◊ CONVERGENCE_ECREVISSE =...
ditto MACR_ECREVISSE/CONVERGENCE_ECREVISSE

    # GENERAL
COURBES, LOGICIEL, VERSION... =...
ditto MACR_ECREVISSE/GENERAL

◊ INFO =/1 [DEFAUT]
/2
)



Operands specific to CALC_ECREVISSE
--------------------------------------






Operand CHARGE_MECA
~~~~~~~~~~~~~~~~~~~~~

Outgoing concept containing the mechanical load supplied by Ecrevisse.






Operands CHARG_THER1 and CHARG_THER2
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

Outgoing concepts containing thermal loads provided by Ecrevisse.






Keyword RESULTAT
~~~~~~~~~~~~~~~~




Operand MECANIQUE
^^^^^^^^^^^^^^^^^^^^

Contains the result of STAT_NON_LINE




Operand THERMIQUE
^^^^^^^^^^^^^^^^^^^^

Contains the result of THER_LINEAIRE




Operand NUME_ORDRE
^^^^^^^^^^^^^^^^^^^^^^

Order number of the current calculation time step.




Operand INST
^^^^^^^^^^^^^

Value of the moment (in seconds) of the current calculation time step.




Syntax for procedure MACR_ECRE_CALC
--------------------------------------

.. code-block:: text


    MACR_ECRE_CALC =
(

    # CONCEPT SORTANT
♦ TABLE = CO ('table') [CO]
♦ DEBIT = CO ('flow') [CO]


    # DONNEES GEOMETRIQUES RELATIVES TO THE FISSURE
♦ FISSURE = _F (
♦ LONGUEUR = long [R]
♦ RUGOSITE = rug [R]
♦ ANGLE = alpha [R]
♦ ZETA = zeta [R]
♦ SECTION =/"ELLIPSE"
/"RECTANGLE"
♦ LISTE_COTES_BL = lcbl listr8
♦ LISTE_VAL_BL = lvbl listr8
♦ LISTE_COTES_AH = lcah listr8
♦ LISTE_VAL_AH = lvah listr8
),


    DONNEES RELATIVES AT THE ECOULEMENT
♦ ECOULEMENT = same as MACR_ECREVISSE/ECOULEMENT


    # DONNEES RELATIVES TO PROFIL FROM TEMPERATURE TO TRAVERS TO PAROI
◊ TEMPERATURE = _F (
/♦ GRADIENT = "FOURNI" ♦ LISTE_COTES_TEMP = lct [R]
♦ LISTE_VAL_TEMP = lvt [R]
/♦ GRADIENT = "IMPOSE"
♦ TEMP1 = tm1 [R]
♦ TEMP2 = tm2 [R]
/♦ GRADIENT = "CALCULE"
♦ EPAISSEUR_PAROI = epp [R]
♦ CONVECTION_AMONT = alpha [R]
♦ CONVECTION_AVAL = alpha [R]
♦ LAMBDA = lamp [R]
♦ TEMP_FLUIDE_AVAL = ts [R]
),


    DONNEES RELATIVES AT THE ECOULEMENT
♦ ECOULEMENT =... same as MACR_ECREVISSE/ECOULEMENT

♦ MODELE_ECRE =... same as MACR_ECREVISSE/MODELE_ECRE


    # DONNEES RELATIVES AT THE CONVERGENCE NUMERIQUE

    ◊ CONVERGENCE_ECREVISSE =... same as MACR_ECREVISSE/CONVERGENCE_ECREVISSE

    # GENERAL
COURBES, LOGICIEL, VERSION... =... idem MACR_ECREVISSE/GENERAL
)




Operands specific to MACR_ECRE_CALC
--------------------------------------




Keyword FISSURE
~~~~~~~~~~~~~~~




Operand ANGLE
^^^^^^^^^^^^^^^

Angle of flow in relation to vertical ascending (degrees).




Operand LONGUEUR
^^^^^^^^^^^^^^^^^^

Define the actual length of the crack (taking into account its tortuosity)




Operand LISTE_COTES_AH
^^^^^^^^^^^^^^^^^^^^^^^^^^

LISTE_COTES_AH allows you to fill in the curvilinear abscissa where the dimension of the major axis of the crack is given.




Operand LISTE_VAL_AH
^^^^^^^^^^^^^^^^^^^^^^^^^

LISTE_VAL_AH allows you to enter the values of the major axis of section of the crack/duct. According to the value of operand SECTION:

 ELLIPSE: List of the values of the points defining the main axis of the section;

 RECTANGLE: List of point values that define the length of the section.




Keyword TEMPERATURE
~~~~~~~~~~~~~~~~~~~~




Operand GRADIENT
^^^^^^^^^^^^^^^^^^

Temperature gradient model:

 Provided: Temperature distribution provided;

 Imposed: Imposed temperature distribution;

 Calculated: Temperature profile calculated;




Operand LISTE_COTES_TEMP
^^^^^^^^^^^^^^^^^^^^^^^^^^^^

List of ratings for temperatures.




Operand LISTE_VAL_TEMP
^^^^^^^^^^^^^^^^^^^^^^^^^^^

List of temperature values.




Operand TEMP1
^^^^^^^^^^^^^^^

Temperature gradient of the wall along the flow.




Operand TEMP2
^^^^^^^^^^^^^^^

Temperature of the wall at the entrance.




Operand EPAISSEUR_PAROI
^^^^^^^^^^^^^^^^^^^^^^^^^^^

Wall thickness.




Operand CONVECTION_AMONT
^^^^^^^^^^^^^^^^^^^^^^^^^^^^

Convection coefficient at the surface of the wall on the upstream side.




Operand CONVECTION_AVAL
^^^^^^^^^^^^^^^^^^^^^^^^^^^

Convection coefficient at the surface of the wall on the downstream side.




Operand LAMBDA
^^^^^^^^^^^^^^^^

Thermal conduction of the wall.




Operand TEMP_FLUIDE_AVAL
^^^^^^^^^^^^^^^^^^^^^^^^^^^^

Temperature of the fluid on the downstream side.