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=. Cercle_maillage_2, MakeCone(base_3, Vector_X, 0.0085, 0.019, ext_volume -profondeur_bore +0.003) Cercle_maillage_3 = geompyMakeCone(point_1, Vector_X, 0.0125, 0.021, 0.0205) Cercle_maillage_4 = geompyMakeCone(point_1, Vector_X, ) #Electrode Support_Nitrurebore_1 = geompy.MakeCylinder, pp.15-15

=. Epaisseur_nitrurebore_1, MakeCylinder(Vertex_3, Vector_X, 0.0125, +0.014) geompy.addToStudy( Epaisseur_Nitrurebore_1

=. Electrodes_1, MakeCylinder(Vertex_3, Vector_X, 0.0085, profondeur_elec) Fillet_1 = geompy, MakeFilletAll, 1935.

=. Cut_3, MakeCut(Cut_1, Fillet_1 ) box_coupe = geoMakeBox(0, -0.1, -0.1 , +0.1, +0.1, +0.1) box_coupe_2 = geo.MakeRotation(box_coupe, Vector_Z, math

=. Cut_4, MakeCut(Cut_3, box_coupe_2) Cut_5 = geompyMakeCut(Cut_4, box_coupe_3) geompy.addToStudy(Cut_5

=. Cut_8, MakeCut(box_rot, box_coupe_3) box = geompyMakeCut(Cut_8 , box_coupe_2) hole_4 = geoMakeCut(Cut_5 , box) Nb_Segments_1.SetDistrType( 2 ) Nb_Segments_1, SetConversionMode( 1 ) hexa.Hexahedron() hexa.Compute() hexa.Group(Outlet) hexa.Group(Inlet) hexa.Group(Wall) hexa.Group(Electrode_1) hexa.Group(Inlet_elect_1) print " " print "3D Mesh computed

D. Salome, Nouveau Ensuite -Fichier/ Exécuter un Script Appeler le fichier python Lorsque le fichier est chargé, appuyer dans l'arborescence sur Mesh, puis sur blocks. Clique droit, activer module mesh. Dans l'onglet : -Modification/Transformation/Rotation Une fenêtre s'ouvre

. Créer-une-Étude, PLASMA) et un cas (CAS1) avec la commande : code_saturne create --study PLASMA --cas, p.1

. Rentrer-dans-le-répertoire-qui-vient-d-'être-crée, Dans le dossier MESH, copier le maillage crée précédemment. Le maillage peut être en extension « .unv », « .med » ou « .des » par exemple. Nous utiliserons le fichier « maillage_systeme_triphase.unv». Pour optimiser l'espace disque et la mémoire

M. Sortir-du-dossier, C. Dans-le-répertoire, . Data, . Thch, and . Cas, copier le fichier dp_ELE contenant les propriétés thermochimiques du cas (attention c'est les propriétés thermochimiques de l'air)

P. Dans-le-répertoire, . Src, and . Reference-/-base, copier les fichiers : ? usini1.f90 : caractéristiques du cas ? usiniv

/. Dans-le-répertoire and . Plasma, copier les fichiers : ? uselcl.f90 : conditions aux limites ? uselen.f90 ? useli1.f90 ? useliv.f90 : Définition de la colonne chaude initiale ? uselph.f90 ? uselrc.f90 : routines de recalage du courant dans le répertoire /PLASMA/CAS1/SRC 10. Il n'y a rien à faire dans les fichiers

L. Température and . La, pression initiale appliquées à tout le domaine avant le premier pas de temps peut être modifié L1100 et L1101. Remplacer ? 't0(iphas) = 1000.d0 + 273.1?d0' par 't0(iphas) = 300

. L14??, ntchr = -1' par 'ntchr = 10' pour avoir une sortie tous les 10 pas de temps

L. Modifier, 10' par 'ntmabs = 10 000'.pour faire la simulation sur 10 000 itérations 12. usppmo.f90 L188 : ippmod(ielarc) = 2 Choix du module arc électrique 13. useli1, pp.90-224

R. Afin-de-poursuivre-un-cas,-copier-le-contenu-du-dossier, DATE (suiava et suivx) dans le dossier DATA, Les 2 fichiers suiava et suiavx possèdent les caractéristiques du dernier pas de temps permettant de reprendre le calcul là ou il s'était arrêté