* [MAQAO] Info: Cannot retrieve period for event ref-cycles on kairoscomp65, assuming 1 GHz
[0m
RESTARTING MEAN COMPUTATION FROM CURRENT TIME
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<<< DYnamic JEt ATomization >>>
Property of ONERA
All rights reserved.
YOU CANNOT DISTRIBUTE
THIS CODE OUTSIDE OF ONERA.
===============================================================================
CAS TEST = Crossflow_ethanol.dig
Dimensions 3
Suivi int. [0: mono, 1 LS, 2 CLSVOF, 3 CMOM] 4
Interface Diffuse [0/1] 0
Navier-Stokes [0/1] 1
Redistance iteration 3
Interface immergee 0
Traitement terme visqueux 0
Integration temporelle 1
===============================================================================
==============================================
Liquid Inlet Velocity [m/s] = 3.70028925438207
Liquid Mass Flow Rate [kg/m2/s]= 2923.22851096184
Liquid Mass Flow [kg/s]= 9.183322367186610E-003
==============================================
Gas Inlet Velocity [m/s] = 35.2963318425785
Gas Mass Flow Rate [kg/m2/s]= 35.2963318425785
Gas Mass Flow [kg/s]= 3.529633184257848E-002
==============================================
Reprise = 0
==========================================================
**********************************************************************
DIMENSION = 3
**********************************************************************
Lx = 0.08
Ly = 0.02
Lz = 0.02
nx = 1024
ny = 256
nz = 256
dx = 0.7813E-04
dy = 0.7813E-04
dz = 0.7813E-04
n proc x = 1
n proc y = 1
n proc z = 1
nstep = 5
isto = 5
**********************************************************************
*************************************************
Ecriture condition initiale
*************************************************
Ecriture des fichiers resultats (Ensight)
Fin des ecriture des fichiers resultats
*************************************************
**********************************************************************
istep = 1 t = 0.44753E-06 dt = 0.44753E-06
umax = 0.370E+02 vmax = 0.489E+01 wmax = 0.368E+02
pas de temps convectif = 0.106E-05
pas de temps visqueux = 0.860E-04
pas de temps capillaire = 0.461E-05
pas de temps volume = 0.282E-02
-> Nb_ite_mgcg = 8, Norm_final = 0.434E-05
Moy Div = 0.101E-01
**********************************************************************
istep = 2 t = 0.60083E-06 dt = 0.15330E-06
umax = 0.367E+02 vmax = 0.126E+02 wmax = 0.114E+03
pas de temps convectif = 0.344E-06
pas de temps visqueux = 0.860E-04
pas de temps capillaire = 0.461E-05
pas de temps volume = 0.282E-02
-> Nb_ite_mgcg = 7, Norm_final = 0.423E-05
Moy Div = 0.117E-03
**********************************************************************
istep = 3 t = 0.76389E-06 dt = 0.16305E-06
umax = 0.367E+02 vmax = 0.123E+02 wmax = 0.107E+03
pas de temps convectif = 0.366E-06
pas de temps visqueux = 0.860E-04
pas de temps capillaire = 0.461E-05
pas de temps volume = 0.282E-02
-> Nb_ite_mgcg = 7, Norm_final = 0.458E-05
Moy Div = 0.120E-03
**********************************************************************
istep = 4 t = 0.93406E-06 dt = 0.17018E-06
umax = 0.367E+02 vmax = 0.120E+02 wmax = 0.102E+03
pas de temps convectif = 0.382E-06
pas de temps visqueux = 0.860E-04
pas de temps capillaire = 0.461E-05
pas de temps volume = 0.282E-02
-> Nb_ite_mgcg = 7, Norm_final = 0.473E-05
Moy Div = 0.122E-03
**********************************************************************
istep = 5 t = 0.11107E-05 dt = 0.17663E-06
umax = 0.368E+02 vmax = 0.117E+02 wmax = 0.983E+02
pas de temps convectif = 0.397E-06
pas de temps visqueux = 0.860E-04
pas de temps capillaire = 0.461E-05
pas de temps volume = 0.282E-02
-> Nb_ite_mgcg = 7, Norm_final = 0.478E-05
Fin des ecriture des fichiers de reprise
*************************************************
Moy Div = 0.125E-03
*************************************************
Ecriture des fichiers resultats (Ensight)
Fin des ecriture des fichiers resultats
*************************************************
**********************************************************************
DONNEES PERFORMANCES & MPI - Temps d execution (temps / proc)
**********************************************************************
TEMPS TOTAL = 725.29s
1 - TEMPS INITIALISATION = 21.25s (min = 21.25s, max = 21.25s)
2 - BOUCLE TEMPORELLE = 703.95s
3 - TEMPS POST-TRAITEMENT = 0.09s (min = 0.09s, max = 0.09s)
2 - BOUCLE TEMPORELLE
2.1 - INITIALISATION TIMESTEP = 5.23s (min = 5.23s, max = 5.23s)
2.2 - INTEGRATION TEMPORELLE = 691.96s
2.3 - POST-TRAIT TIMESTEP = 6.76s (min = 6.76s, max = 6.76s)
2.2 - INTEGRATION TEMPORELLE
2.2.1 - VITESSES CONVECTIVES = 1.11s (min = 1.11s, max = 1.11s)
2.2.2 - SUIVI INTERFACE = 479.53s
2.2.3 - CALCUL AERO = 211.32s
2.2.2 - SUIVI INTERFACE
2.2.2.1 - ADVECTION INTERFACE = 301.69s (min = 301.69s, max = 301.69s)
2.2.2.2 - REDISTANCE = 168.93s (min = 168.93s, max = 168.93s)
2.2.2.3 - CALCUL COURBURE = 8.91s (min = 8.91s, max = 8.91s)
2.2.3 - CALCUL AERO
2.2.3.1 - SAUTP / SAUTJ = 0.00s (min = 0.00s, max = 0.00s)
2.2.3.2 - SCHEMA INTEGRATION = 35.00s (min = 35.00s, max = 35.00s)
2.2.3.3 - CONSTRUCT MAT PRESS = 8.75s (min = 8.75s, max = 8.75s)
2.2.3.4 - MGCG = 160.81s (min = 160.81s, max = 160.81s)
2.2.3.5 - CORRECTION VITESSE = 6.76s (min = 6.76s, max = 6.76s)
INFO SUPPLEMENTAIRES
TEMPS ROUTINE MPI = 0.00s (min = 0.00s, max = 0.00s)
PERFORMANCE = 2.16 microsec/temps/espace/proc
**********************************************************************
*************************************************
*EXIT CODE 0 : Dyjeat stopped correctly*
*************************************************
