Began at --> Wed Oct 6 10:07:56 EDT 1999 Proc 0 reporting for duty *************************************************** aaaa dddd ppppp aaaa ccccc a a d d p p a a c aaaaa d d ppppp aaaaa c a a d d p a a c a a dddd p a a ccccc version ----> ADPAC V1.0 adpac 3-d multiple-block euler/navier-stokes solver (a)dvanced (d)ucted (p)ropfan (a)nalysis (c)odes Serial/Parallel Production Code ADPAC V1.0 release date Feb., 1998 *************************************************** version V1.0 notes: ******************* Available turbulence models: Mixing-Length (algebraic) Baldwin-Lomax (algebraic) Spalart-Allmaras (1-Equation) Goldberg k-R (2-Equation) (wall functions are available) wall functions now ON in separated flow thermodynamic properties are for air with variable or constant gamma 2-d or 3-d mesh blocks supported serial/parallel from same source implicit algorithm is available FIXED B.C. is OK in parallel PINT B.C. is OK with multigrid/parallel 2-D and 3-D yield identical results (corrects previous diffs due to turbulence models) Other bug corections up to 2/02/98 EJH Searching Input File for ADPAC Case Name... ******************************************* data item identified --->CASENAME = stage37 data item identified --->FMULTI = 3.000000 case name defined as : stage37 multigrid level set as : 3 grid type set as : Cylindrical Solution type is explicit: IIMPLIC = 0 1-Equation turbulence model is disabled: I1EQ = 0 2-Equation turbulence model is disabled: I2EQ = 0 ************************************************** begin grid input ************************************************** mesh file name: stage37.mesh *************** number of grids: (nblks) = 2 **************** grid block dimensions : *********************** block imx jmx kmx ----- --- --- --- 1 37 17 17 2 37 17 17 block/processor assignment information ************************************** Block/Processor Assignment file stage37.blkproc does not exist Default block/processor assignment used IPR( Block # ) Processor ----------------- --------- ipr( 1) = 0 ipr( 2) = 0 initialize storage arrays and pointer locations *********************************************** block 3-d ijk 2-d ij 1-d iii length total length 1 1 1 1 12312 12312 38 2 12313 685 39 12312 24624 38 array sizes required for this mesh (No multi-grid) ********************************** nra3d (3-d array size) >= 24624 nra1d (1-d array size) >= 76 nbl2d (2-d block size) >= 1444 program array dimensions: ************************* nra3d (3-d array size) = 600001 nra1d (1-d array size) = 3201 nbl2d (2-d block size) = 100001 begin reading grid block coordinates ************************************ grid block 1 size 38 18 18 grid block 1 coordinates successfully read grid block 2 size 38 18 18 grid block 2 coordinates successfully read begin constructing multigrid submeshes ************************************** calculating submesh values for grid # 1 submesh level : 2 grid number : 3 original grid size : 37 17 17 submesh grid size : 19 9 9 submesh length : 2000 3-d pointer : 24625 overall length : 26624 calculating submesh values for grid # 2 submesh level : 2 grid number : 4 original grid size : 37 17 17 submesh grid size : 19 9 9 submesh length : 2000 3-d pointer : 26625 overall length : 28624 creating submesh level 2 for block # 1 creating submesh level 2 for block # 2 calculating submesh values for grid # 1 submesh level : 3 grid number : 5 original grid size : 37 17 17 submesh grid size : 10 5 5 submesh length : 396 3-d pointer : 28625 overall length : 29020 calculating submesh values for grid # 2 submesh level : 3 grid number : 6 original grid size : 37 17 17 submesh grid size : 10 5 5 submesh length : 396 3-d pointer : 29021 overall length : 29416 creating submesh level 3 for block # 1 creating submesh level 3 for block # 2 ************************************************** begin flow input ************************************************** input file read on unit 5 *********************** data item identified --->CASENAME = stage37 data item identified --->RMACH = 0.5000000 data item identified --->FINVVI = 0.0000000E+00 data item identified --->GAMMA = 1.400000 data item identified --->PREF = 2116.800 data item identified --->TREF = 518.7000 data item identified --->RGAS = 1716.260 data item identified --->DIAM = 1.653300 data item identified --->EPSX = 1.000000 data item identified --->EPSY = 1.000000 data item identified --->EPSZ = 1.000000 data item identified --->VIS2 = 0.5000000 data item identified --->VIS4 = 1.5625000E-02 data item identified --->CFL = -5.000000 data item identified --->FNCMAX = 300.0000 data item identified --->FTIMEI = 1.000000 data item identified --->FTURBI = 1.000000 data item identified --->FTURBB = 10.00000 data item identified --->PRNO = 0.7000000 data item identified --->PRTNO = 0.9000000 data item identified --->FSOLVE = 1.000000 data item identified --->FFILT = 5.000000 data item identified --->FRESID = 1.000000 data item identified --->FREST = 0.0000000E+00 data item identified --->FUNINT = 99999.00 data item identified --->FMULTI = 3.000000 data item identified --->FSUBIT = 3.000000 data item identified --->FFULMG = 1.000000 data item identified --->FCOAG1 = 3.000000 data item identified --->FCOAG2 = 2.000000 data item identified --->FITFMG = 150.0000 data item identified --->FRDMUL = 0.0000000E+00 data item identified --->VISCG2 = 0.1250000 data item identified --->FGRAFIX = 5.000000 data item identified --->FGRAFINT = 1.000000 data item identified --->FIMGSAV = 0.0000000E+00 data item identified --->FIMGINT = 99999.00 data item identified --->FVTSFAC = 5.000000 data item identified --->P3DPRT = 1.000000 data item identified --->FTOTSM = 1.000000 data item identified --->EPSTOT = 0.3000000 data item identified --->FITCHK = 100.0000 data item identified --->RPM(1) = -17200.00 data item identified --->RPM(2) = 0.0000000E+00 inviscid flow calculation selected ********************************** 4-stage runge_kutta algorithm selected The following debug triggers have been enabled ********************************************** input file data *************** rm ( reference mach number ) = 0.5000 gamma ( specific heat ratio ) = 1.4000 cfl ( cfl number (+ time accurate ) = 5.0000 cflmax ( max cfl number time-step scheme) = 2.5000 zetarat( exponent for diss/res.sm. ratio) = 0.6000 fvtsfac( viscous time step factor ) = 5.0000 vt ( =1, time acc., =0, local time ) = 0.0000 vis2 ( 2nd order dissipation factor ) = 0.5000 vis4 ( 4th order dissipation factor ) = 0.0156 fncmax ( maximum iterations ) = 300.0000 frest ( 1 = restart solution ) = 0.0000 save ( 1 = save solution ) = 1.0000 p3dprt ( 0 = no plot3d output ) = 1.0000 fitchk ( checkpoint iteration interval ) = 100.0000 viscg2 ( coarse grid 2nd order diss coef) = 0.1250 fistep ( recalculate time step ) = 1.0000 fnprnt ( 1 = print flowfield ) = 1.0000 fiprnt ( 1 = print partial flowfield ) = 1.0000 finvvi ( 0 = inviscid flow solution ) = 0.0000 ( 1 = viscous flow solution ) = epsx ( i implicit smoothing factor ) = 1.0000 epsy ( j implicit smoothing factor ) = 1.0000 epsz ( k implicit smoothing factor ) = 1.0000 ftotsm ( 1 = post multigrid smoothing ) = 1.0000 epstot ( post multigrid smoothing coef. ) = 0.3000 iunint ( # it. for unsteady plot3d file ) = 99999.0000 itimei ( #it between time step update ) = 1.0000 iturbi ( #it between turb. model update ) = 1.0000 iturbb ( #it before starting turb model ) = 10.0000 iturbf ( #it before freezing turb model ) = 0.0000 ibconf ( #it before freezing bound. cond) = 0.0000 iwallf ( wall function trigger (on=1) ) = 1.0000 imassav( mxng pln avrgng (area=1,mass=2)) = 1.0000 itimerm( 1= quit if too little time left) = 0.0000 fdeltat( implicit time step (sec.) ) = 0.0000 fsolve ( solution trigger ) = 1.0000 iimplicit (implicit algorithm trigger ) = 0 fturbcht( 1) (C/O Turb. Model Trigger ) = 0.0000 fturbcht( 2) (C/O Turb. Model Trigger ) = 0.0000 igrafix( trigger for graphics display ) = 5.0000 igrafint(#it between graphics update ) = 1.0000 iimgsav( trigger for image capture ) = 0.0000 iimgint( #it between image captures ) = 99999.0000 fcart ( 0 = Cylindrical, 1 = Cartesian ) = 0.0000 diam ( blade diameter (ft) ) = 1.6533 tref ( total temperature (deg. r) ) = 518.7000 pref ( total pressure (lbf/ft**2) ) = 2116.8000 rgas ( gas constant ((ft/s)**2/deg r) ) = 1716.2600 pr ( prandtl number ) = 0.7000 prt ( turbulent prandtl number ) = 0.9000 non-dimensional initial values calculated as: ******************************************** rho0 ( initial density ) = 0.8852 u0 ( initial axial velocity ) = 0.5774 v0 ( initial radial velocity ) = 0.0000 w0 ( initial theta velocity ) = 0.0000 ei0 ( initial internal energy ) = 2.5476 h0 ( initial enthalpy ) = 3.5000 p0 ( initial pressure ) = 0.8430 t0 ( initial temperature ) = 0.9524 dmu0 ( initial viscosity ) = 0.0000 dimensional reference values calculated as: ******************************************* rho0 ( density (slugs/ft**3) ) = 0.210478E-02 u0 ( axial velocity (ft/s) ) = 544.740 v0 ( radial velocity (ft/s) ) = 0.000000E+00 w0 ( theta velocity (ft/s) ) = 0.000000E+00 ei0 ( static int.energy (ft-lbf/lbm) ) = 0.226795E+07 h0 ( static enthalpy (ft-lbf/lbm) ) = 0.311578E+07 p0 ( static pressure (lbf/ft**2) ) = 1784.50 t0 ( static temperature(deg. r) ) = 494.000 dmu0 ( viscosity (lbf-s/ft**2)) = 0.359798E-06 values used for nondimensionalization: ************************************** rho ( density (slugs/ft**3) ) = 0.237783E-02 u ( axial velocity (ft/s) ) = 943.517 ei ( total int. energy (ft-lbf/lbm) ) = 890224. p ( total pressure (lbf/ft**2) ) = 2116.80 t ( total temperature (deg. r) ) = 518.700 dmu ( viscosity (lbf-s/ft**2 ) = 3.70921 omega ( rotational speed (rad/s) ) = 570.687 length ( length (ft) ) = 1.65330 time ( time (seconds) ) = 0.175227E-02 multigrid solution parameters specified as: ******************************************* nmulti ( number of multi-grid grid level) = 3 nsubit ( multigrid coarse grid subiterat) = 3 nfulmg ( full multigrid solution trigger) = 1 ncoag1 ( full multigrid initial level ) = 3 ncoag2 ( full multigrid final level ) = 2 nitfmg ( full multigrid coarse mesh iter) = 150 nrdmul ( multigrid bc read trigger (1-y)) = 0 Block Solution Information Table ******************************** Block RPM Dimensional Non-Dimen. Cyl/Cart. C-Grid Processor Num Revolutions Omega Omega Trigger Turb Trig Number Per Minute (Rad/s) 1-Cart 1-On0-Off MYID ----- ------------- ------------- ------------- --------- --------- --------- 1 -17200.0 -1801.18 -3.15616 0 0 0 2 0.000000E+00 0.000000E+00 0.000000E+00 0 0 0 3 -17200.0 -1801.18 -3.15616 0 0 0 4 0.000000E+00 0.000000E+00 0.000000E+00 0 0 0 5 -17200.0 -1801.18 -3.15616 0 0 0 6 0.000000E+00 0.000000E+00 0.000000E+00 0 0 0 input data successfully entered ******************************* ************************************************** begin boundary data input ************************************************** Opening casename.boundata, file is stage37.boundata # #===> NASA Stage 37 Demo Test Case (Very cheap mesh) # # This test case illustrates the various methods by which # multistage turbomachinery flows may be predicted with # the ADPAC code. The mesh is VERY coarse, so this test # case is for demonstration purposes only. # B L L L L L L L L L L M M N N M M N N C C B B F F D D S S 1 2 1 1 1 1 2 2 2 2 O T L L A A I I P P L L L L L L L L L L M Y O O C C R R E E I I I I I I I I I I M P C C E E 1 2 C C M M M M M M M M M M E E K K 1 2 1 2 1 2 1 2 1 2 1 2 N 1 2 T ------ -- -- -- -- -- -- -- -- --- --- --- --- --- --- --- --- --- --- -------- # #===> Connect the periodic boundaries for the rotor (Block 1) # and stator (Block 2) mesh blocks # PATCH 1 1 K K P M I J 1 17 1 17 1 17 1 17 1 17 HPer b.c. data item identified --->PATCH PATCH 1 1 K K M P I J 17 1 1 17 1 17 1 17 1 17 HPer b.c. data item identified --->PATCH PATCH 1 1 K K P M I J 1 17 33 37 1 17 33 37 1 17 HPer b.c. data item identified --->PATCH PATCH 1 1 K K M P I J 17 1 33 37 1 17 33 37 1 17 HPer b.c. data item identified --->PATCH PATCH 2 2 K K P M I J 1 17 1 5 1 17 1 5 1 17 HPer b.c. data item identified --->PATCH PATCH 2 2 K K M P I J 17 1 1 5 1 17 1 5 1 17 HPer b.c. data item identified --->PATCH PATCH 2 2 K K P M I J 1 17 21 37 1 17 21 37 1 17 HPer b.c. data item identified --->PATCH PATCH 2 2 K K M P I J 17 1 21 37 1 17 21 37 1 17 HPer b.c. data item identified --->PATCH # #===> Hub Surfaces SSIN 1 1 J J P P S S 1 1 1 37 1 17 1 37 1 17 Hub b.c. data item identified --->SSIN SSIN 2 2 J J P P S S 1 1 1 37 1 17 1 37 1 17 Hub b.c. data item identified --->SSIN # #===> Case Surface # SSIN 1 1 J J M M S S 17 17 1 37 1 17 1 37 1 17 Case b.c. data item identified --->SSIN SSIN 2 2 J J M M S S 17 17 1 37 1 17 1 37 1 17 Case b.c. data item identified --->SSIN # #===> Blade Surfaces SSIN 1 1 K K P P S S 1 1 17 33 1 17 17 33 1 17 K=1 b.c. data item identified --->SSIN SSIN 1 1 K K M M S S 17 17 17 33 1 17 17 33 1 17 K=KL b.c. data item identified --->SSIN SSIN 2 2 K K P P S S 1 1 5 21 1 17 5 21 1 17 K=1 b.c. data item identified --->SSIN SSIN 2 2 K K M M S S 17 17 5 21 1 17 5 21 1 17 K=KL b.c. data item identified --->SSIN # #===> Set the inflow boundary condition to the rotor # INLETT 1 1 I I P P S S 1 1 1 17 1 17 1 17 1 17 Inlet b.c. data item identified --->INLETT NDATA 3 Storing Inlet Profile for Boundary Condition # 17 Starting Index = 1 Ending Index = 3 Num. Data Pts. = 3 RAD PTOT TTOT BETAR BETAT 1.000000 1.000000 1.000000 0.000000 0.000000 2.000000 1.000000 1.000000 0.000000 0.000000 3.000000 1.000000 1.000000 0.000000 0.000000 inflow data distribution on grid j radius ptot ttot betar betat chi 2 0.349804 1.000000 1.000000 0.000000 0.000000 0.000000 3 0.355174 1.000000 1.000000 0.000000 0.000000 0.000000 4 0.361619 1.000000 1.000000 0.000000 0.000000 0.000000 5 0.369352 1.000000 1.000000 0.000000 0.000000 0.000000 6 0.378632 1.000000 1.000000 0.000000 0.000000 0.000000 7 0.389767 1.000000 1.000000 0.000000 0.000000 0.000000 8 0.403130 1.000000 1.000000 0.000000 0.000000 0.000000 9 0.419166 1.000000 1.000000 0.000000 0.000000 0.000000 10 0.436659 1.000000 1.000000 0.000000 0.000000 0.000000 11 0.452694 1.000000 1.000000 0.000000 0.000000 0.000000 12 0.466057 1.000000 1.000000 0.000000 0.000000 0.000000 13 0.477193 1.000000 1.000000 0.000000 0.000000 0.000000 14 0.486473 1.000000 1.000000 0.000000 0.000000 0.000000 15 0.494206 1.000000 1.000000 0.000000 0.000000 0.000000 16 0.500650 1.000000 1.000000 0.000000 0.000000 0.000000 17 0.506020 1.000000 1.000000 0.000000 0.000000 0.000000 # #===> Set the outflow boundary for the stator # EXITT 2 2 I I M M L L 37 37 1 17 1 17 1 17 1 17 K=KL b.c. data item identified --->EXITT PEXIT 1.400000 0.000000 0.000000 # #===> The remaining boundary conditions dictate how the neighboring blade # rows communicate data at the interface plane. This is the essense of # the multistage turbomachinery flow prediction techniques built into # ADPAC # #===> These are the MBCAVG specifications for steady state flows based # on the mixing plane concept # MBCAVG 1 2 I I M P J K 37 1 1 17 1 17 1 17 1 17 MIX b.c. data item identified --->MBCAVG Number of Blocks for Neighboring Mixing Plane 1 Block # LFACE LDIR L2LIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 2 I P 1 1 17 1 17 Parsed Data for MBCAVG Specification 2 I P 1 1 17 1 17 MBCAVG 2 1 I I P M J K 1 37 1 17 1 17 1 17 1 17 MIX b.c. data item identified --->MBCAVG Number of Blocks for Neighboring Mixing Plane 1 Block # LFACE LDIR L2LIM M2LIM1 M2LIM2 N2LIM1 N2LIM2 1 I M 37 1 17 1 17 Parsed Data for MBCAVG Specification 1 I M 37 1 17 1 17 # #===> These are the BCPRR specifications for time-dependent rotor/stator # aerodynamic interaction - # Note: these boundary conditions can also be used in steady state # calculations - but they do not accurately represent any physical # phenomena. One would only use them for steady state flows for some # special reason, such as misaligned grids, or # to start-up a transient solution by running in steady state to get # the flow started correctly # ENDDATA b.c. data item identified --->ENDDATA boundary data successfully entered ********************************** N B L L L L L L L L L L M M N N M M N N U C B B F F D D S S 1 2 1 1 1 1 2 2 2 2 M T L L A A I I P P L L L L L L L L L L B Y O O C C R R E E I I I I I I I I I I E P C C E E 1 2 C C M M M M M M M M M M R E K K 1 2 1 2 1 2 1 2 1 2 1 2 1 2 ------ -- -- -- -- -- -- -- -- --- --- --- --- --- --- --- --- --- --- 1 PATCH 1 1 K K P M I J 1 17 1 17 1 17 1 17 1 17 2 PATCH 1 1 K K M P I J 17 1 1 17 1 17 1 17 1 17 3 PATCH 1 1 K K P M I J 1 17 33 37 1 17 33 37 1 17 4 PATCH 1 1 K K M P I J 17 1 33 37 1 17 33 37 1 17 5 PATCH 2 2 K K P M I J 1 17 1 5 1 17 1 5 1 17 6 PATCH 2 2 K K M P I J 17 1 1 5 1 17 1 5 1 17 7 PATCH 2 2 K K P M I J 1 17 21 37 1 17 21 37 1 17 8 PATCH 2 2 K K M P I J 17 1 21 37 1 17 21 37 1 17 9 SSIN 1 1 J J P P S S 1 1 1 37 1 17 1 37 1 17 10 SSIN 2 2 J J P P S S 1 1 1 37 1 17 1 37 1 17 11 SSIN 1 1 J J M M S S 17 17 1 37 1 17 1 37 1 17 12 SSIN 2 2 J J M M S S 17 17 1 37 1 17 1 37 1 17 13 SSIN 1 1 K K P P S S 1 1 17 33 1 17 17 33 1 17 14 SSIN 1 1 K K M M S S 17 17 17 33 1 17 17 33 1 17 15 SSIN 2 2 K K P P S S 1 1 5 21 1 17 5 21 1 17 16 SSIN 2 2 K K M M S S 17 17 5 21 1 17 5 21 1 17 17 INLETT 1 1 I I P P S S 1 1 1 17 1 17 1 17 1 17 18 EXITT 2 2 I I M M L L 37 37 1 17 1 17 1 17 1 17 19 MBCAVG 1 2 I I M P J K 37 1 1 17 1 17 1 17 1 17 20 MBCAVG 2 1 I I P M J K 1 37 1 17 1 17 1 17 1 17 makebcmg: constructing boundary conditions for multigrid level 2 Storing Inlet Profile for Boundary Condition # 37 Starting Index = 1 Ending Index = 3 Num. Data Pts. = 3 About to call indata for inlet flow data on grid nloc,imx,jmx,kmx= 3 20 10 10 ijk(nloc),jjj(nloc)= 24625 37 inflow data distribution on grid j radius ptot ttot betar betat chi 2 0.352733 1.000000 1.000000 0.000000 0.000000 0.000000 3 0.365837 1.000000 1.000000 0.000000 0.000000 0.000000 4 0.384706 1.000000 1.000000 0.000000 0.000000 0.000000 5 0.411877 1.000000 1.000000 0.000000 0.000000 0.000000 6 0.443948 1.000000 1.000000 0.000000 0.000000 0.000000 7 0.471119 1.000000 1.000000 0.000000 0.000000 0.000000 8 0.489988 1.000000 1.000000 0.000000 0.000000 0.000000 9 0.503091 1.000000 1.000000 0.000000 0.000000 0.000000 makebcmg: constructing boundary conditions for multigrid level 3 Storing Inlet Profile for Boundary Condition # 57 Starting Index = 1 Ending Index = 3 Num. Data Pts. = 3 About to call indata for inlet flow data on grid nloc,imx,jmx,kmx= 5 11 6 6 ijk(nloc),jjj(nloc)= 28625 57 inflow data distribution on grid j radius ptot ttot betar betat chi 2 0.360467 1.000000 1.000000 0.000000 0.000000 0.000000 3 0.400741 1.000000 1.000000 0.000000 0.000000 0.000000 4 0.455083 1.000000 1.000000 0.000000 0.000000 0.000000 5 0.495358 1.000000 1.000000 0.000000 0.000000 0.000000 *** Multigrid Coarse Mesh Boundary *** *** Specifications Determined From *** *** MAKEMGBC Subroutine *** 21 PATCH 3 3 K K P M I J 1 9 1 9 1 9 1 9 1 9 22 PATCH 3 3 K K M P I J 9 1 1 9 1 9 1 9 1 9 23 PATCH 3 3 K K P M I J 1 9 17 19 1 9 17 19 1 9 24 PATCH 3 3 K K M P I J 9 1 17 19 1 9 17 19 1 9 25 PATCH 4 4 K K P M I J 1 9 1 3 1 9 1 3 1 9 26 PATCH 4 4 K K M P I J 9 1 1 3 1 9 1 3 1 9 27 PATCH 4 4 K K P M I J 1 9 11 19 1 9 11 19 1 9 28 PATCH 4 4 K K M P I J 9 1 11 19 1 9 11 19 1 9 29 SSIN 3 3 J J P P S S 1 1 1 19 1 9 1 19 1 9 30 SSIN 4 4 J J P P S S 1 1 1 19 1 9 1 19 1 9 31 SSIN 3 3 J J M M S S 9 9 1 19 1 9 1 19 1 9 32 SSIN 4 4 J J M M S S 9 9 1 19 1 9 1 19 1 9 33 SSIN 3 3 K K P P S S 1 1 9 17 1 9 9 17 1 9 34 SSIN 3 3 K K M M S S 9 9 9 17 1 9 9 17 1 9 35 SSIN 4 4 K K P P S S 1 1 3 11 1 9 3 11 1 9 36 SSIN 4 4 K K M M S S 9 9 3 11 1 9 3 11 1 9 37 INLETT 3 3 I I P P S S 1 1 1 9 1 9 1 9 1 9 38 EXITT 4 4 I I M M L L 19 19 1 9 1 9 1 9 1 9 39 MBCAVG 3 4 I I M P J K 19 1 1 9 1 9 1 9 1 9 40 MBCAVG 4 3 I I P M J K 1 19 1 9 1 9 1 9 1 9 41 PATCH 5 5 K K P M I J 1 5 1 5 1 5 1 5 1 5 42 PATCH 5 5 K K M P I J 5 1 1 5 1 5 1 5 1 5 43 PATCH 5 5 K K P M I J 1 5 9 10 1 5 9 10 1 5 44 PATCH 5 5 K K M P I J 5 1 9 10 1 5 9 10 1 5 45 PATCH 6 6 K K P M I J 1 5 1 2 1 5 1 2 1 5 46 PATCH 6 6 K K M P I J 5 1 1 2 1 5 1 2 1 5 47 PATCH 6 6 K K P M I J 1 5 6 10 1 5 6 10 1 5 48 PATCH 6 6 K K M P I J 5 1 6 10 1 5 6 10 1 5 49 SSIN 5 5 J J P P S S 1 1 1 10 1 5 1 10 1 5 50 SSIN 6 6 J J P P S S 1 1 1 10 1 5 1 10 1 5 51 SSIN 5 5 J J M M S S 5 5 1 10 1 5 1 10 1 5 52 SSIN 6 6 J J M M S S 5 5 1 10 1 5 1 10 1 5 53 SSIN 5 5 K K P P S S 1 1 5 9 1 5 5 9 1 5 54 SSIN 5 5 K K M M S S 5 5 5 9 1 5 5 9 1 5 55 SSIN 6 6 K K P P S S 1 1 2 6 1 5 2 6 1 5 56 SSIN 6 6 K K M M S S 5 5 2 6 1 5 2 6 1 5 57 INLETT 5 5 I I P P S S 1 1 1 5 1 5 1 5 1 5 58 EXITT 6 6 I I M M L L 10 10 1 5 1 5 1 5 1 5 59 MBCAVG 5 6 I I M P J K 10 1 1 5 1 5 1 5 1 5 60 MBCAVG 6 5 I I P M J K 1 10 1 5 1 5 1 5 1 5 ***************************************** Examining all Block Outer Boundary Conditions for Completeness ***************************************** set up block data: ****************** cell area terms calculated for grid block # 1 cell area terms calculated for grid block # 2 calculating cell volumes for grid block # 1 calculating cell volumes for grid block # 2 Mesh Cell Expansion Ratio Table ******************************** Block I Index I J K J Index I J K K Index I J K | Numbr Expans. Max Max Max Expans. Max Max Max Expans. Max Max Max | N Ratio Ratio Ratio V ----- -------- ---- ---- ---- -------- ---- ---- ---- -------- ---- ---- ---- -- 1 1.32077 3 17 4 1.21804 33 15 2 1.27571 18 2 8 * 2 1.28185 5 17 4 1.20463 2 12 6 1.24824 6 17 10 * - WARNING!! ********* Solution Accuracy and Convergence May Be Adversely Affected By Large Mesh Cell Expansion Ratios --- Mesh Blocks indicated by a * in the final column Possess Coordinate Mesh Cell Expansion Ratios Which Exceed the Recommended Maximum Value of 1.300000 set up block data: ****************** cell area terms calculated for grid block # 3 cell area terms calculated for grid block # 4 calculating cell volumes for grid block # 3 calculating cell volumes for grid block # 4 set up block data: ****************** cell area terms calculated for grid block # 5 cell area terms calculated for grid block # 6 calculating cell volumes for grid block # 5 calculating cell volumes for grid block # 6 starting imploop 1 calling impupd convergence history ---> mesh level 3 **************************************** cycle log10 <--- max ----> log10 #ss mass mass number max error rms pts. flow flow error bl# i j k error in out ------ --------- --- --- --- --- --------- ----- -------------- ------------ 1 -0.5934 5 8 2 5 -2.4395 0 1.213134 0.368116 2 -0.6371 5 8 2 5 -2.5507 0 1.213028 0.365526 3 -0.7801 5 9 2 5 -2.5854 5 1.212863 0.363435 4 -0.7579 5 8 3 5 -2.5045 10 1.212664 0.361556 5 -0.7718 5 8 3 5 -2.5000 10 1.212511 0.360019 6 -0.8756 5 8 2 5 -2.5496 6 1.212482 0.359859 7 -0.9271 6 6 3 2 -2.6073 4 1.212579 0.363068 8 -0.9784 6 3 3 3 -2.6331 5 1.212915 0.372107 9 -0.9073 6 3 3 4 -2.6362 3 1.213383 0.389106 10 -0.9089 5 9 3 5 -2.6609 4 1.213778 0.415006 11 -0.9563 6 2 3 3 -2.7136 3 1.214040 0.449051 12 -0.9775 6 3 3 3 -2.7466 2 1.214307 0.489468 13 -0.9598 6 6 4 3 -2.7717 2 1.214649 0.534519 14 -0.9312 6 6 3 3 -2.7901 1 1.215184 0.582962 15 -1.0628 6 2 3 4 -2.8126 1 1.215940 0.633854 16 -1.1240 6 3 3 4 -2.8516 1 1.216702 0.686648 17 -1.1074 6 6 4 4 -2.8726 1 1.217304 0.739441 18 -1.1584 6 6 4 4 -2.8730 1 1.217686 0.789573 19 -1.1682 5 10 2 4 -2.8897 1 1.217887 0.834750 20 -1.1020 6 6 5 4 -2.8967 1 1.218027 0.873733 21 -1.1075 6 6 5 4 -2.8949 1 1.218208 0.906645 22 -1.0979 6 7 4 4 -2.9465 1 1.218494 0.934605 23 -1.1563 6 7 4 4 -3.0141 1 1.218891 0.958405 24 -1.1584 6 3 4 2 -3.0046 1 1.219424 0.978391 25 -1.1620 6 3 4 2 -2.9898 1 1.220125 0.994771 26 -1.2645 6 6 5 4 -3.0080 1 1.221006 1.007738 27 -1.3161 5 10 2 5 -3.0260 1 1.222005 1.017550 28 -1.2725 6 6 3 3 -3.0569 1 1.223034 1.024734 29 -1.3494 6 5 2 4 -3.1099 1 1.224021 1.030106 30 -1.4347 6 5 2 4 -3.1465 1 1.224947 1.034484 31 -1.3783 6 3 4 4 -3.1593 1 1.225821 1.038473 32 -1.3792 6 3 4 4 -3.1713 1 1.226656 1.042332 33 -1.4550 5 10 2 4 -3.1937 1 1.227447 1.046039 34 -1.4535 5 10 2 4 -3.2207 1 1.228190 1.049477 35 -1.3411 6 2 2 3 -3.2218 2 1.228900 1.052593 36 -1.2903 6 2 2 3 -3.2076 1 1.229611 1.055435 37 -1.3706 6 2 2 3 -3.2167 1 1.230343 1.058104 38 -1.4425 6 3 2 3 -3.2409 1 1.231092 1.060682 39 -1.4823 6 3 5 3 -3.2607 1 1.231836 1.063171 40 -1.4656 6 3 5 4 -3.2813 1 1.232553 1.065487 41 -1.5077 6 2 2 4 -3.2914 1 1.233248 1.067513 42 -1.4737 5 10 2 3 -3.2886 0 1.233942 1.069159 43 -1.4798 5 10 2 3 -3.2947 0 1.234645 1.070410 44 -1.5435 5 10 2 5 -3.3072 0 1.235339 1.071330 45 -1.5992 5 10 5 4 -3.3206 0 1.235970 1.072048 46 -1.6412 6 2 2 4 -3.3480 0 1.236482 1.072731 47 -1.6651 5 9 5 5 -3.3851 0 1.236848 1.073555 48 -1.6515 5 9 5 5 -3.4069 0 1.237081 1.074665 49 -1.6630 5 9 5 5 -3.4113 0 1.237205 1.076159 50 -1.7175 5 9 5 5 -3.4137 0 1.237235 1.078076 51 -1.7037 5 9 4 2 -3.4285 0 1.237160 1.080403 52 -1.7476 5 9 5 3 -3.4610 0 1.236955 1.083103 53 -1.8070 6 2 3 5 -3.4987 0 1.236595 1.086142 54 -1.8588 6 2 3 5 -3.5318 0 1.236068 1.089517 55 -1.8814 5 9 5 3 -3.5554 0 1.235375 1.093250 56 -1.8368 5 9 5 3 -3.5602 0 1.234525 1.097363 57 -1.8102 5 9 5 3 -3.5666 0 1.233521 1.101830 58 -1.7821 6 2 2 3 -3.5953 0 1.232360 1.106552 59 -1.7375 6 2 2 3 -3.6218 0 1.231027 1.111363 60 -1.7934 6 2 2 3 -3.6254 0 1.229506 1.116080 61 -1.7445 6 6 5 4 -3.6277 0 1.227776 1.120555 62 -1.7702 6 6 5 4 -3.6423 0 1.225817 1.124711 63 -1.8295 6 7 5 4 -3.6698 0 1.223620 1.128535 64 -1.8743 5 9 5 5 -3.7095 0 1.221181 1.132050 65 -1.8731 5 9 5 5 -3.7475 0 1.218503 1.135268 66 -1.8976 5 9 5 5 -3.7693 0 1.215595 1.138172 67 -1.9353 5 9 5 5 -3.7806 0 1.212461 1.140725 68 -1.9735 5 9 5 5 -3.7893 0 1.209105 1.142899 69 -2.0022 5 9 5 5 -3.8046 0 1.205525 1.144693 70 -2.0345 5 9 5 5 -3.8316 0 1.201718 1.146143 71 -2.0780 5 9 5 5 -3.8562 0 1.197682 1.147297 72 -2.1305 6 2 2 3 -3.8712 0 1.193414 1.148193 73 -2.1692 6 2 2 3 -3.8885 0 1.188918 1.148842 74 -2.1417 6 6 4 4 -3.9148 0 1.184201 1.149233 75 -2.1613 5 9 5 4 -3.9435 0 1.179269 1.149347 76 -2.1555 5 9 5 4 -3.9625 0 1.174132 1.149179 77 -2.1643 5 9 5 4 -3.9759 0 1.168801 1.148748 78 -2.1924 5 9 5 4 -4.0018 0 1.163291 1.148086 79 -2.2349 5 9 5 4 -4.0277 0 1.157632 1.147219 80 -2.2756 5 9 5 4 -4.0192 0 1.151845 1.146158 81 -2.2932 6 6 3 4 -3.9992 0 1.145948 1.144890 82 -2.2699 6 7 3 4 -4.0061 0 1.139963 1.143397 83 -2.3466 5 9 5 4 -4.0362 0 1.133909 1.141675 84 -2.3517 6 3 5 4 -4.0666 0 1.127810 1.139744 85 -2.3263 6 3 5 4 -4.0893 0 1.121696 1.137650 86 -2.3420 6 3 5 4 -4.1047 0 1.115591 1.135448 87 -2.4034 6 3 5 4 -4.1080 0 1.109513 1.133182 88 -2.4490 6 6 3 4 -4.1002 0 1.103478 1.130872 89 -2.3312 6 6 2 4 -4.0939 0 1.097500 1.128516 90 -2.3124 6 6 2 4 -4.1007 0 1.091596 1.126099 91 -2.3838 6 6 2 4 -4.1205 0 1.085783 1.123610 92 -2.5044 6 7 2 5 -4.1446 0 1.080079 1.121047 93 -2.5688 6 7 2 5 -4.1632 0 1.074500 1.118423 94 -2.5543 6 5 4 3 -4.1676 0 1.069057 1.115759 95 -2.4978 6 6 4 4 -4.1589 0 1.063763 1.113075 96 -2.4439 6 6 5 4 -4.1501 0 1.058626 1.110384 97 -2.4355 6 6 5 4 -4.1481 0 1.053657 1.107692 98 -2.5085 6 6 5 4 -4.1491 0 1.048863 1.105000 99 -2.5910 6 3 2 4 -4.1505 0 1.044249 1.102312 100 -2.6085 6 6 2 5 -4.1526 0 1.039822 1.099629 101 -2.6243 6 6 2 4 -4.1526 0 1.035585 1.096955 102 -2.6043 6 7 2 3 -4.1484 0 1.031537 1.094292 103 -2.6246 6 7 2 3 -4.1434 0 1.027675 1.091640 104 -2.6292 6 6 4 4 -4.1409 0 1.023997 1.088995 105 -2.6303 6 6 4 4 -4.1407 0 1.020499 1.086351 106 -2.6306 5 9 4 5 -4.1412 0 1.017174 1.083701 107 -2.5992 6 7 5 3 -4.1418 0 1.014015 1.081041 108 -2.6015 5 9 4 5 -4.1426 0 1.011014 1.078365 109 -2.6023 5 9 4 5 -4.1432 0 1.008170 1.075674 110 -2.6113 5 9 4 5 -4.1432 0 1.005475 1.072967 111 -2.6311 5 9 4 5 -4.1429 0 1.002917 1.070250 112 -2.6456 5 10 5 5 -4.1430 0 1.000487 1.067524 113 -2.6597 6 6 5 2 -4.1439 0 0.998176 1.064793 114 -2.6641 6 3 5 5 -4.1464 0 0.995974 1.062058 115 -2.6416 6 3 5 5 -4.1507 0 0.993875 1.059318 116 -2.6320 6 3 5 5 -4.1566 0 0.991870 1.056569 117 -2.6347 6 3 5 5 -4.1643 0 0.989952 1.053809 118 -2.6464 6 3 5 5 -4.1734 0 0.988111 1.051036 119 -2.6624 6 3 5 5 -4.1832 0 0.986340 1.048251 120 -2.6791 6 3 5 5 -4.1929 0 0.984633 1.045462 121 -2.6966 6 3 5 5 -4.2021 0 0.982984 1.042673 122 -2.7176 6 3 5 5 -4.2108 0 0.981390 1.039893 123 -2.7420 6 7 2 3 -4.2194 0 0.979847 1.037126 124 -2.7677 5 9 4 5 -4.2288 0 0.978352 1.034377 125 -2.7753 5 9 4 5 -4.2401 0 0.976901 1.031651 126 -2.7942 5 9 4 5 -4.2537 0 0.975491 1.028953 127 -2.8169 5 9 4 5 -4.2689 0 0.974120 1.026291 128 -2.8349 6 10 2 5 -4.2843 0 0.972785 1.023672 129 -2.8437 6 10 2 5 -4.2989 0 0.971484 1.021102 130 -2.8518 6 6 5 5 -4.3127 0 0.970216 1.018588 131 -2.8450 6 6 5 5 -4.3264 0 0.968979 1.016130 132 -2.8353 6 6 5 5 -4.3410 0 0.967773 1.013732 133 -2.8274 6 6 5 5 -4.3565 0 0.966598 1.011393 134 -2.8241 6 6 5 5 -4.3725 0 0.965452 1.009113 135 -2.8264 6 6 5 5 -4.3882 0 0.964334 1.006894 136 -2.8341 6 6 5 5 -4.4030 0 0.963246 1.004737 137 -2.8469 6 6 5 5 -4.4171 0 0.962186 1.002641 138 -2.8644 6 6 5 5 -4.4311 0 0.961153 1.000605 139 -2.8860 6 6 5 5 -4.4453 0 0.960149 0.998628 140 -2.9103 6 6 5 5 -4.4598 0 0.959172 0.996706 141 -2.9354 6 6 5 5 -4.4742 0 0.958223 0.994840 142 -2.9593 6 6 5 5 -4.4883 0 0.957301 0.993028 143 -2.9809 6 6 5 5 -4.5018 0 0.956407 0.991270 144 -3.0010 6 6 5 5 -4.5149 0 0.955540 0.989567 145 -3.0135 6 6 5 4 -4.5278 0 0.954700 0.987916 146 -3.0236 6 6 5 4 -4.5413 0 0.953886 0.986314 147 -3.0505 6 6 5 4 -4.5559 0 0.953098 0.984760 148 -3.0813 6 8 5 4 -4.5715 0 0.952337 0.983250 149 -3.1043 6 8 5 4 -4.5873 0 0.951601 0.981780 150 -3.1212 6 6 5 5 -4.6023 0 0.950889 0.980352 starting imploop 1 calling impupd convergence history ---> mesh level 2 **************************************** cycle log10 <--- max ----> log10 #ss mass mass number max error rms pts. flow flow error bl# i j k error in out ------ --------- --- --- --- --- --------- ----- -------------- ------------ 151 -1.2122 3 11 8 9 -3.5367 0 0.948464 0.998244 152 -1.2939 4 4 5 9 -3.6317 3 0.947346 0.998123 153 -1.3359 4 4 5 9 -3.6718 9 0.948142 0.998262 154 -1.4397 3 10 5 9 -3.7204 15 0.950194 0.999811 155 -1.4764 3 17 4 4 -3.7559 18 0.953651 1.003982 156 -1.4653 3 17 4 4 -3.7871 23 0.958751 1.010823 157 -1.5452 3 17 4 3 -3.8221 24 0.965525 1.019634 158 -1.5750 4 3 6 4 -3.8513 27 0.973607 1.029210 159 -1.5400 4 5 7 2 -3.8726 27 0.982458 1.038047 160 -1.5359 4 5 7 2 -3.8927 28 0.991557 1.044834 161 -1.5527 3 10 8 9 -3.9150 28 1.000481 1.048887 162 -1.5458 3 10 8 9 -3.9386 28 1.008948 1.050275 163 -1.5617 3 10 9 9 -3.9623 30 1.016814 1.049666 164 -1.5467 3 10 9 9 -3.9863 30 1.024060 1.048056 165 -1.5599 3 10 9 9 -4.0110 31 1.030747 1.046506 166 -1.5979 3 10 9 9 -4.0360 32 1.036995 1.045927 167 -1.6588 3 10 9 9 -4.0611 32 1.042938 1.046939 168 -1.7416 3 10 9 9 -4.0864 34 1.048692 1.049794 169 -1.7426 3 18 3 9 -4.1122 34 1.054329 1.054361 170 -1.7367 3 18 3 9 -4.1376 33 1.059865 1.060185 171 -1.7487 3 18 3 9 -4.1607 33 1.065265 1.066604 172 -1.7748 3 18 3 9 -4.1799 32 1.070461 1.072906 173 -1.8118 3 18 3 9 -4.1955 31 1.075378 1.078478 174 -1.8567 3 18 3 9 -4.2097 32 1.079949 1.082928 175 -1.8611 3 18 7 3 -4.2248 32 1.084132 1.086131 176 -1.8485 3 18 7 3 -4.2422 31 1.087913 1.088211 177 -1.8230 3 18 8 3 -4.2615 32 1.091307 1.089473 178 -1.8177 3 18 8 3 -4.2808 32 1.094353 1.090308 179 -1.8296 3 18 8 3 -4.2979 32 1.097110 1.091107 180 -1.8563 3 18 8 3 -4.3117 32 1.099643 1.092182 181 -1.8926 3 18 8 3 -4.3228 32 1.102021 1.093732 182 -1.9341 3 18 8 3 -4.3326 32 1.104308 1.095822 183 -1.9764 3 18 8 3 -4.3430 32 1.106556 1.098406 184 -1.9948 3 19 9 2 -4.3550 32 1.108810 1.101350 185 -1.9942 3 19 9 2 -4.3687 32 1.111100 1.104478 186 -2.0003 3 19 9 2 -4.3837 32 1.113445 1.107614 187 -2.0137 3 19 9 2 -4.3989 32 1.115856 1.110611 188 -2.0345 3 19 9 2 -4.4138 32 1.118336 1.113376 189 -2.0625 3 19 9 2 -4.4279 32 1.120880 1.115871 190 -2.0890 3 16 9 9 -4.4411 32 1.123482 1.118109 191 -2.0865 3 16 9 9 -4.4537 32 1.126130 1.120142 192 -2.0892 3 16 9 9 -4.4661 32 1.128812 1.122033 193 -2.0911 3 18 9 3 -4.4785 32 1.131510 1.123844 194 -2.1077 3 16 9 9 -4.4908 32 1.134207 1.125624 195 -2.1227 3 16 9 9 -4.5032 32 1.136886 1.127407 196 -2.1410 3 16 9 9 -4.5154 31 1.139528 1.129205 197 -2.1600 3 15 9 9 -4.5275 31 1.142119 1.131013 198 -2.1522 3 15 9 9 -4.5393 31 1.144644 1.132817 199 -2.1478 3 15 9 9 -4.5505 31 1.147095 1.134603 200 -2.1467 3 15 9 9 -4.5611 31 1.149463 1.136357 201 -2.1485 3 15 9 9 -4.5709 32 1.151745 1.138076 202 -2.1530 3 15 9 9 -4.5798 32 1.153941 1.139765 203 -2.1600 3 15 9 9 -4.5877 32 1.156052 1.141440 204 -2.1692 3 15 9 9 -4.5947 32 1.158083 1.143121 205 -2.1804 3 15 9 9 -4.6010 32 1.160042 1.144830 206 -2.1797 3 18 8 9 -4.6067 32 1.161936 1.146590 207 -2.1729 3 18 8 9 -4.6121 32 1.163774 1.148416 208 -2.1700 3 18 8 9 -4.6175 32 1.165565 1.150320 209 -2.1712 3 18 8 9 -4.6231 32 1.167320 1.152301 210 -2.1765 3 18 8 9 -4.6289 32 1.169048 1.154353 211 -2.1856 3 18 8 9 -4.6352 32 1.170757 1.156465 212 -2.1980 3 18 8 9 -4.6420 32 1.172456 1.158620 213 -2.2108 3 10 9 9 -4.6492 32 1.174152 1.160803 214 -2.2112 3 10 9 9 -4.6568 33 1.175850 1.162994 215 -2.2123 3 10 9 9 -4.6646 33 1.177557 1.165179 216 -2.2138 3 10 9 9 -4.6726 33 1.179272 1.167345 217 -2.2158 3 10 9 9 -4.6807 33 1.180999 1.169479 218 -2.2182 3 10 9 9 -4.6887 33 1.182737 1.171575 219 -2.2210 3 10 9 9 -4.6967 33 1.184483 1.173626 220 -2.2242 3 10 9 9 -4.7045 33 1.186236 1.175631 221 -2.2278 3 10 9 9 -4.7123 33 1.187992 1.177586 222 -2.2315 3 10 9 9 -4.7197 33 1.189747 1.179493 223 -2.2353 3 10 9 9 -4.7269 33 1.191498 1.181351 224 -2.2391 3 10 9 9 -4.7338 33 1.193239 1.183164 225 -2.2431 3 10 9 9 -4.7405 33 1.194969 1.184934 226 -2.2472 3 10 9 9 -4.7470 33 1.196683 1.186664 227 -2.2514 3 10 9 9 -4.7534 33 1.198379 1.188359 228 -2.2554 3 10 9 9 -4.7597 33 1.200053 1.190021 229 -2.2595 3 10 9 9 -4.7661 33 1.201704 1.191653 230 -2.2639 3 10 9 9 -4.7724 33 1.203329 1.193258 231 -2.2683 3 10 9 9 -4.7788 34 1.204928 1.194837 232 -2.2724 3 10 9 9 -4.7852 34 1.206498 1.196391 233 -2.2764 3 10 9 9 -4.7917 34 1.208038 1.197920 234 -2.2801 3 10 9 9 -4.7981 34 1.209548 1.199424 235 -2.2838 3 10 9 9 -4.8046 34 1.211027 1.200902 236 -2.2871 3 10 9 9 -4.8112 34 1.212475 1.202353 237 -2.2902 3 10 9 9 -4.8177 34 1.213890 1.203777 238 -2.2931 3 10 9 9 -4.8243 34 1.215273 1.205172 239 -2.2961 3 10 9 9 -4.8308 34 1.216623 1.206538 240 -2.2992 3 10 9 9 -4.8374 34 1.217940 1.207875 241 -2.3026 3 10 9 9 -4.8440 34 1.219225 1.209183 242 -2.3061 3 10 9 9 -4.8505 35 1.220477 1.210464 243 -2.3099 3 10 9 9 -4.8570 35 1.221697 1.211716 244 -2.3140 3 10 9 9 -4.8634 35 1.222886 1.212943 245 -2.3182 3 10 9 9 -4.8697 35 1.224044 1.214144 246 -2.3227 3 10 9 9 -4.8760 35 1.225172 1.215321 247 -2.3269 3 10 9 9 -4.8821 35 1.226270 1.216474 248 -2.3311 3 10 9 9 -4.8881 35 1.227339 1.217604 249 -2.3355 3 10 9 9 -4.8942 35 1.228380 1.218712 250 -2.3402 3 10 9 9 -4.9003 35 1.229393 1.219796 251 -2.3455 3 10 9 9 -4.9065 35 1.230379 1.220858 252 -2.3513 3 10 9 9 -4.9129 35 1.231339 1.221897 253 -2.3576 3 10 9 9 -4.9194 35 1.232274 1.222914 254 -2.3642 3 10 9 9 -4.9259 35 1.233183 1.223908 255 -2.3715 3 10 9 9 -4.9325 35 1.234066 1.224878 256 -2.3794 3 10 9 9 -4.9393 35 1.234925 1.225826 257 -2.3879 3 10 9 9 -4.9463 36 1.235759 1.226749 258 -2.3969 3 10 9 9 -4.9534 36 1.236569 1.227648 259 -2.4069 3 10 9 9 -4.9606 36 1.237355 1.228523 260 -2.4172 3 10 9 9 -4.9679 36 1.238117 1.229374 261 -2.4271 3 10 9 9 -4.9753 36 1.238855 1.230200 262 -2.4365 3 10 9 9 -4.9826 36 1.239570 1.231003 263 -2.4454 3 10 9 9 -4.9900 36 1.240262 1.231782 264 -2.4537 3 10 9 9 -4.9972 36 1.240930 1.232538 265 -2.4615 3 10 9 9 -5.0044 36 1.241577 1.233273 266 -2.4690 3 10 9 9 -5.0114 36 1.242202 1.233985 267 -2.4761 3 10 9 9 -5.0184 36 1.242806 1.234677 268 -2.4830 3 10 9 9 -5.0252 36 1.243390 1.235349 269 -2.4899 3 10 9 9 -5.0318 36 1.243955 1.236002 270 -2.4970 3 10 9 9 -5.0384 36 1.244500 1.236637 271 -2.5042 3 10 9 9 -5.0449 36 1.245028 1.237254 272 -2.5116 3 10 9 9 -5.0513 36 1.245538 1.237853 273 -2.5192 3 10 9 9 -5.0576 36 1.246031 1.238435 274 -2.5270 3 10 9 9 -5.0638 36 1.246509 1.239000 275 -2.5347 3 10 9 9 -5.0700 36 1.246972 1.239550 276 -2.5424 3 10 9 9 -5.0760 36 1.247420 1.240083 277 -2.5501 3 10 9 9 -5.0820 36 1.247854 1.240601 278 -2.5579 3 10 9 9 -5.0880 36 1.248275 1.241104 279 -2.5659 3 10 9 9 -5.0940 36 1.248684 1.241593 280 -2.5741 3 10 9 9 -5.1000 36 1.249081 1.242068 281 -2.5826 3 10 9 9 -5.1060 36 1.249466 1.242530 282 -2.5914 3 10 9 9 -5.1121 36 1.249841 1.242978 283 -2.6006 3 10 9 9 -5.1182 36 1.250207 1.243414 284 -2.6100 3 10 9 9 -5.1243 36 1.250562 1.243839 285 -2.6197 3 10 9 9 -5.1304 36 1.250910 1.244251 286 -2.6296 3 10 9 9 -5.1365 36 1.251248 1.244653 287 -2.6396 3 10 9 9 -5.1426 36 1.251579 1.245045 288 -2.6497 3 10 9 9 -5.1487 36 1.251903 1.245427 289 -2.6598 3 10 9 9 -5.1548 36 1.252219 1.245800 290 -2.6700 3 10 9 9 -5.1608 36 1.252529 1.246165 291 -2.6802 3 10 9 9 -5.1669 35 1.252833 1.246522 292 -2.6904 3 10 9 9 -5.1730 35 1.253129 1.246871 293 -2.7008 3 10 9 9 -5.1791 35 1.253421 1.247213 294 -2.7052 3 19 2 2 -5.1852 35 1.253706 1.247548 295 -2.7082 3 19 2 2 -5.1914 35 1.253986 1.247875 296 -2.7113 3 19 2 2 -5.1977 35 1.254261 1.248195 297 -2.7146 3 19 2 2 -5.2039 35 1.254531 1.248508 298 -2.7180 3 19 2 2 -5.2102 35 1.254796 1.248813 299 -2.7214 3 19 2 2 -5.2166 35 1.255055 1.249109 300 -2.7251 3 19 2 2 -5.2229 36 1.255311 1.249398 starting imploop 1 calling impupd convergence history ---> mesh level 1 **************************************** cycle log10 <--- max ----> log10 #ss mass mass number max error rms pts. flow flow error bl# i j k error in out ------ --------- --- --- --- --- --------- ----- -------------- ------------ 301 -1.1770 2 6 8 2 -4.2756 256 1.255170 1.262700 302 -1.3064 2 6 8 2 -4.3653 345 1.255652 1.266999 303 -1.3836 1 18 4 17 -4.4136 416 1.256501 1.271117 304 -1.4346 1 18 4 17 -4.4394 473 1.257858 1.277612 305 -1.4974 1 18 4 17 -4.4685 507 1.259744 1.286576 306 -1.5116 2 3 4 15 -4.5009 524 1.262086 1.296410 307 -1.5176 2 3 3 15 -4.5297 529 1.264801 1.305158 308 -1.5401 2 3 3 15 -4.5492 528 1.267820 1.311815 309 -1.5895 2 3 3 15 -4.5607 530 1.271050 1.316421 310 -1.6230 1 30 17 2 -4.5679 529 1.274371 1.319601 311 -1.5649 1 31 17 2 -4.5737 535 1.277653 1.322023 312 -1.5143 1 33 17 2 -4.5809 575 1.280770 1.323997 313 -1.4792 1 33 17 2 -4.5916 627 1.283610 1.325370 314 -1.4580 1 31 17 2 -4.6058 676 1.286103 1.325761 315 -1.4449 1 31 17 2 -4.6215 699 1.288218 1.324902 316 -1.4398 1 31 17 2 -4.6370 723 1.289961 1.322853 317 -1.4422 1 31 17 2 -4.6523 747 1.291363 1.320005 318 -1.4527 1 31 17 2 -4.6683 753 1.292455 1.316906 319 -1.4731 1 31 17 2 -4.6857 760 1.293268 1.314048 320 -1.5046 1 31 17 2 -4.7042 760 1.293820 1.311715 321 -1.5488 1 31 17 2 -4.7228 760 1.294120 1.309925 322 -1.6062 1 31 17 2 -4.7407 756 1.294178 1.308482 323 -1.6557 1 36 16 3 -4.7576 747 1.294006 1.307098 324 -1.6782 1 36 16 3 -4.7735 741 1.293634 1.305534 325 -1.7116 1 36 16 3 -4.7889 722 1.293099 1.303695 326 -1.7534 1 36 16 3 -4.8041 700 1.292446 1.301647 327 -1.8025 1 36 17 3 -4.8187 688 1.291716 1.299557 328 -1.8132 1 36 17 3 -4.8326 673 1.290945 1.297612 329 -1.8311 1 30 16 3 -4.8459 664 1.290160 1.295954 330 -1.8218 1 30 16 3 -4.8588 648 1.289379 1.294651 331 -1.8234 1 30 16 3 -4.8716 640 1.288615 1.293709 332 -1.8329 1 30 16 3 -4.8847 640 1.287879 1.293092 333 -1.8409 1 33 16 3 -4.8982 641 1.287179 1.292744 334 -1.8403 1 36 16 4 -4.9118 642 1.286521 1.292601 335 -1.8416 1 36 16 4 -4.9252 643 1.285910 1.292607 336 -1.8672 1 36 16 4 -4.9384 640 1.285347 1.292716 337 -1.9001 1 32 12 3 -4.9515 640 1.284834 1.292898 338 -1.9030 1 33 13 2 -4.9650 640 1.284373 1.293139 339 -1.9197 1 33 13 2 -4.9792 646 1.283963 1.293432 340 -1.9478 1 33 16 2 -4.9940 646 1.283607 1.293771 341 -1.9679 1 34 15 5 -5.0091 650 1.283304 1.294134 342 -1.9791 1 34 15 5 -5.0241 650 1.283054 1.294479 343 -1.9987 1 37 15 2 -5.0388 650 1.282854 1.294754 344 -1.9988 1 37 15 2 -5.0529 652 1.282702 1.294904 345 -2.0141 1 37 16 2 -5.0668 651 1.282597 1.294897 346 -2.0155 1 37 16 2 -5.0805 649 1.282538 1.294730 347 -2.0335 1 37 16 2 -5.0945 648 1.282525 1.294434 348 -2.0672 1 37 16 2 -5.1089 642 1.282557 1.294066 349 -2.1162 1 37 16 2 -5.1241 639 1.282634 1.293688 350 -2.0960 1 34 14 5 -5.1400 640 1.282754 1.293354 351 -2.0847 1 34 14 5 -5.1563 639 1.282914 1.293095 352 -2.0908 1 34 14 5 -5.1726 640 1.283107 1.292918 353 -2.1112 1 32 15 3 -5.1885 639 1.283325 1.292810 354 -2.1138 1 32 15 3 -5.2040 640 1.283558 1.292749 355 -2.1249 1 32 15 3 -5.2189 640 1.283799 1.292708 356 -2.1422 1 32 15 3 -5.2336 637 1.284038 1.292665 357 -2.1365 1 32 17 3 -5.2484 638 1.284268 1.292605 358 -2.1348 1 32 17 3 -5.2634 640 1.284483 1.292521 359 -2.1251 1 33 17 3 -5.2789 639 1.284678 1.292410 360 -2.1219 1 33 17 3 -5.2949 640 1.284848 1.292272 361 -2.1262 1 33 17 3 -5.3117 642 1.284992 1.292108 362 -2.1377 1 33 17 3 -5.3290 641 1.285105 1.291924 363 -2.1554 1 33 17 3 -5.3468 641 1.285185 1.291726 364 -2.1782 1 33 17 3 -5.3649 645 1.285231 1.291524 365 -2.2052 1 33 17 3 -5.3829 646 1.285241 1.291327 366 -2.2340 1 33 17 3 -5.4008 646 1.285217 1.291147 367 -2.2632 1 33 17 3 -5.4181 646 1.285158 1.290993 368 -2.2708 1 30 16 3 -5.4349 646 1.285068 1.290872 369 -2.2732 1 30 16 3 -5.4511 646 1.284952 1.290791 370 -2.2806 1 30 16 3 -5.4668 646 1.284816 1.290752 371 -2.2922 1 30 16 3 -5.4816 646 1.284666 1.290756 372 -2.3085 1 30 16 3 -5.4957 647 1.284508 1.290800 373 -2.3289 1 30 16 3 -5.5089 646 1.284352 1.290879 374 -2.3343 1 33 15 4 -5.5212 646 1.284202 1.290985 375 -2.3156 1 33 15 4 -5.5325 647 1.284064 1.291109 376 -2.3039 1 33 15 4 -5.5429 648 1.283944 1.291239 377 -2.2988 1 33 15 4 -5.5526 650 1.283844 1.291366 378 -2.2998 1 33 15 4 -5.5619 654 1.283765 1.291477 379 -2.3063 1 33 15 4 -5.5710 657 1.283709 1.291565 380 -2.3176 1 33 15 4 -5.5802 658 1.283675 1.291621 381 -2.3333 1 33 15 4 -5.5898 659 1.283659 1.291641 382 -2.3418 1 32 17 3 -5.5999 661 1.283661 1.291624 383 -2.3532 1 32 17 3 -5.6107 662 1.283677 1.291572 384 -2.3677 1 32 17 3 -5.6221 662 1.283704 1.291489 385 -2.3850 1 32 17 3 -5.6340 660 1.283740 1.291379 386 -2.4045 1 32 17 3 -5.6463 661 1.283780 1.291251 387 -2.4259 1 32 17 3 -5.6588 661 1.283824 1.291110 388 -2.4397 1 32 17 4 -5.6714 660 1.283869 1.290964 389 -2.4514 1 32 17 4 -5.6840 660 1.283913 1.290818 390 -2.4640 1 32 17 4 -5.6965 659 1.283955 1.290676 391 -2.4772 1 32 17 4 -5.7088 658 1.283993 1.290543 392 -2.4905 1 32 17 4 -5.7211 658 1.284027 1.290423 393 -2.5039 1 32 17 4 -5.7332 659 1.284057 1.290317 394 -2.5174 1 32 17 4 -5.7454 659 1.284081 1.290230 395 -2.5310 1 32 17 4 -5.7575 660 1.284100 1.290161 396 -2.5444 1 32 17 4 -5.7695 660 1.284113 1.290112 397 -2.5567 1 32 16 3 -5.7813 660 1.284119 1.290082 398 -2.5701 1 32 16 3 -5.7929 660 1.284121 1.290070 399 -2.5830 1 32 17 4 -5.8041 660 1.284117 1.290074 400 -2.5933 1 32 17 4 -5.8148 660 1.284107 1.290092 checkpoint restart file output at iteration # 400 new restart file name stage37.restart.new number of blocks: (nblks) = 2 401 -2.6036 1 32 17 4 -5.8250 661 1.284094 1.290120 402 -2.6142 1 32 17 4 -5.8349 662 1.284077 1.290157 403 -2.6247 1 32 17 4 -5.8445 662 1.284057 1.290200 404 -2.6353 1 32 17 4 -5.8541 662 1.284035 1.290244 405 -2.6460 1 32 17 4 -5.8637 662 1.284013 1.290289 406 -2.6554 1 31 15 4 -5.8734 663 1.283991 1.290333 407 -2.6584 1 31 15 4 -5.8834 663 1.283969 1.290374 408 -2.6631 1 31 15 4 -5.8935 664 1.283950 1.290411 409 -2.6700 1 31 15 4 -5.9040 664 1.283933 1.290444 410 -2.6794 1 31 15 4 -5.9147 666 1.283920 1.290473 411 -2.6913 1 31 15 4 -5.9255 666 1.283911 1.290497 412 -2.6989 1 32 16 3 -5.9364 666 1.283905 1.290517 413 -2.7008 1 32 16 3 -5.9473 666 1.283904 1.290532 414 -2.7040 1 32 16 3 -5.9582 666 1.283907 1.290544 415 -2.7094 1 32 16 3 -5.9690 667 1.283914 1.290552 416 -2.7173 1 32 16 3 -5.9797 667 1.283925 1.290557 417 -2.7281 1 32 16 3 -5.9903 667 1.283940 1.290558 418 -2.7415 1 32 16 3 -6.0007 667 1.283957 1.290557 419 -2.7504 1 32 17 4 -6.0109 667 1.283977 1.290552 420 -2.7545 1 32 17 4 -6.0210 667 1.283998 1.290544 421 -2.7589 1 32 17 4 -6.0310 667 1.284019 1.290533 422 -2.7636 1 32 17 4 -6.0408 667 1.284041 1.290520 423 -2.7687 1 32 17 4 -6.0505 668 1.284062 1.290503 424 -2.7744 1 32 17 4 -6.0602 668 1.284081 1.290484 425 -2.7807 1 32 17 4 -6.0698 668 1.284098 1.290462 426 -2.7875 1 32 17 4 -6.0794 669 1.284113 1.290439 427 -2.7948 1 32 17 4 -6.0889 668 1.284124 1.290415 428 -2.8026 1 32 17 4 -6.0983 666 1.284132 1.290391 429 -2.8107 1 32 17 4 -6.1077 667 1.284137 1.290368 430 -2.8191 1 32 17 4 -6.1170 667 1.284139 1.290346 431 -2.8275 1 32 17 4 -6.1262 668 1.284138 1.290327 432 -2.8362 1 32 17 4 -6.1352 668 1.284134 1.290311 433 -2.8449 1 32 17 4 -6.1440 669 1.284127 1.290298 434 -2.8534 1 32 17 4 -6.1527 669 1.284119 1.290289 435 -2.8616 1 32 17 4 -6.1611 669 1.284109 1.290283 436 -2.8694 1 32 17 4 -6.1694 669 1.284098 1.290282 437 -2.8770 1 32 17 4 -6.1776 669 1.284086 1.290284 438 -2.8842 1 32 17 4 -6.1856 669 1.284075 1.290289 439 -2.8911 1 32 17 4 -6.1934 669 1.284065 1.290296 440 -2.8980 1 32 17 4 -6.2012 669 1.284055 1.290305 441 -2.9048 1 32 17 4 -6.2090 669 1.284046 1.290316 442 -2.9115 1 32 17 4 -6.2168 669 1.284039 1.290326 443 -2.9182 1 32 17 4 -6.2246 670 1.284033 1.290337 444 -2.9250 1 32 17 4 -6.2325 670 1.284029 1.290347 445 -2.9319 1 32 17 4 -6.2404 670 1.284027 1.290356 446 -2.9392 1 32 17 4 -6.2485 670 1.284026 1.290364 447 -2.9468 1 32 17 4 -6.2567 670 1.284027 1.290370 448 -2.9548 1 32 17 4 -6.2650 669 1.284029 1.290374 449 -2.9632 1 32 17 4 -6.2734 669 1.284032 1.290377 450 -2.9722 1 32 17 4 -6.2818 669 1.284036 1.290377 451 -2.9816 1 32 17 4 -6.2903 669 1.284041 1.290376 452 -2.9913 1 32 17 4 -6.2989 669 1.284047 1.290374 453 -3.0014 1 32 17 4 -6.3074 670 1.284052 1.290371 454 -3.0119 1 32 17 4 -6.3158 670 1.284058 1.290367 455 -3.0227 1 32 17 4 -6.3242 670 1.284064 1.290362 456 -3.0337 1 32 17 4 -6.3325 671 1.284070 1.290358 457 -3.0449 1 32 17 4 -6.3407 671 1.284076 1.290353 458 -3.0561 1 32 17 4 -6.3489 671 1.284082 1.290349 459 -3.0673 1 32 17 4 -6.3570 671 1.284087 1.290346 460 -3.0783 1 32 17 4 -6.3650 671 1.284092 1.290343 461 -3.0891 1 32 17 4 -6.3730 671 1.284096 1.290341 462 -3.0996 1 32 17 4 -6.3809 671 1.284100 1.290340 463 -3.1098 1 32 17 4 -6.3887 671 1.284104 1.290339 464 -3.1173 1 33 17 2 -6.3965 671 1.284107 1.290339 465 -3.1177 1 33 17 2 -6.4042 671 1.284110 1.290340 466 -3.1191 1 33 17 2 -6.4119 671 1.284112 1.290342 467 -3.1218 1 33 17 2 -6.4195 671 1.284114 1.290344 468 -3.1257 1 33 17 2 -6.4272 671 1.284116 1.290347 469 -3.1308 1 33 17 2 -6.4348 671 1.284117 1.290350 470 -3.1374 1 33 17 2 -6.4424 671 1.284118 1.290353 471 -3.1451 1 33 17 2 -6.4500 671 1.284119 1.290356 472 -3.1541 1 33 17 2 -6.4576 671 1.284121 1.290359 473 -3.1642 1 33 17 2 -6.4651 671 1.284121 1.290361 474 -3.1756 1 33 17 2 -6.4727 671 1.284122 1.290364 475 -3.1880 1 33 17 2 -6.4802 671 1.284123 1.290366 476 -3.2014 1 33 17 2 -6.4878 671 1.284124 1.290368 477 -3.2157 1 33 17 2 -6.4953 671 1.284125 1.290369 478 -3.2308 1 33 17 2 -6.5027 671 1.284126 1.290370 479 -3.2430 1 32 17 4 -6.5102 672 1.284127 1.290370 480 -3.2514 1 32 17 4 -6.5176 672 1.284128 1.290370 481 -3.2599 1 32 17 4 -6.5249 672 1.284129 1.290370 482 -3.2685 1 32 17 4 -6.5322 673 1.284130 1.290369 483 -3.2773 1 32 17 4 -6.5395 673 1.284131 1.290368 484 -3.2859 1 32 17 4 -6.5467 673 1.284132 1.290367 485 -3.2945 1 32 17 4 -6.5538 673 1.284133 1.290365 486 -3.3030 1 32 17 4 -6.5610 673 1.284134 1.290364 487 -3.3115 1 32 17 4 -6.5681 673 1.284135 1.290362 488 -3.3200 1 32 17 4 -6.5751 673 1.284135 1.290360 489 -3.3285 1 32 17 4 -6.5821 673 1.284136 1.290358 490 -3.3372 1 32 17 4 -6.5891 673 1.284137 1.290357 491 -3.3460 1 32 17 4 -6.5960 673 1.284137 1.290356 492 -3.3549 1 32 17 4 -6.6028 673 1.284137 1.290354 493 -3.3640 1 32 17 4 -6.6097 673 1.284137 1.290353 494 -3.3734 1 32 17 4 -6.6165 673 1.284137 1.290352 495 -3.3830 1 32 17 4 -6.6232 673 1.284136 1.290351 496 -3.3927 1 32 17 4 -6.6299 673 1.284135 1.290351 497 -3.4029 1 32 17 4 -6.6366 673 1.284135 1.290350 498 -3.4132 1 32 17 4 -6.6433 673 1.284134 1.290350 499 -3.4238 1 32 17 4 -6.6499 673 1.284134 1.290350 500 -3.4347 1 32 17 4 -6.6564 673 1.284133 1.290350 checkpoint restart file output at iteration # 500 new restart file name stage37.restart.new number of blocks: (nblks) = 2 501 -3.4456 1 32 17 4 -6.6630 673 1.284132 1.290350 502 -3.4566 1 32 17 4 -6.6695 673 1.284131 1.290350 503 -3.4676 1 32 17 4 -6.6760 674 1.284131 1.290350 504 -3.4787 1 32 17 4 -6.6825 674 1.284130 1.290350 505 -3.4899 1 32 17 4 -6.6890 674 1.284130 1.290350 506 -3.5010 1 32 17 4 -6.6954 674 1.284129 1.290350 507 -3.5121 1 32 17 4 -6.7018 674 1.284129 1.290350 508 -3.5231 1 32 17 4 -6.7082 674 1.284128 1.290350 509 -3.5342 1 32 17 4 -6.7146 674 1.284128 1.290350 510 -3.5428 1 30 17 6 -6.7210 674 1.284128 1.290350 511 -3.5485 1 30 17 6 -6.7273 674 1.284128 1.290349 512 -3.5544 1 30 17 6 -6.7337 674 1.284128 1.290349 513 -3.5604 1 30 17 6 -6.7400 674 1.284128 1.290348 514 -3.5669 1 30 17 6 -6.7463 674 1.284129 1.290348 515 -3.5736 1 30 17 6 -6.7526 674 1.284129 1.290347 516 -3.5805 1 30 17 6 -6.7589 674 1.284129 1.290346 517 -3.5878 1 30 17 6 -6.7651 674 1.284130 1.290345 518 -3.5953 1 30 17 6 -6.7714 674 1.284130 1.290345 519 -3.6029 1 30 17 6 -6.7776 674 1.284131 1.290344 520 -3.6088 1 33 15 4 -6.7838 674 1.284131 1.290343 521 -3.6116 1 33 15 4 -6.7899 674 1.284132 1.290342 522 -3.6148 1 33 15 4 -6.7961 674 1.284132 1.290342 523 -3.6186 1 33 15 4 -6.8022 674 1.284132 1.290341 524 -3.6226 1 33 15 4 -6.8083 674 1.284133 1.290341 525 -3.6274 1 33 15 4 -6.8144 674 1.284133 1.290340 526 -3.6324 1 33 15 4 -6.8204 674 1.284133 1.290340 527 -3.6376 1 33 15 4 -6.8265 674 1.284134 1.290340 528 -3.6432 1 33 15 4 -6.8325 674 1.284134 1.290339 529 -3.6493 1 33 15 4 -6.8385 674 1.284134 1.290339 530 -3.6557 1 33 15 4 -6.8445 674 1.284134 1.290339 531 -3.6625 1 33 15 4 -6.8505 674 1.284134 1.290339 532 -3.6696 1 33 15 4 -6.8565 674 1.284134 1.290339 533 -3.6771 1 33 15 4 -6.8624 674 1.284135 1.290339 534 -3.6831 2 21 2 17 -6.8683 674 1.284135 1.290339 535 -3.6866 2 21 2 17 -6.8742 674 1.284135 1.290339 536 -3.6904 2 21 2 17 -6.8801 674 1.284135 1.290339 537 -3.6941 2 21 2 17 -6.8860 674 1.284135 1.290339 538 -3.6978 2 21 2 17 -6.8918 674 1.284135 1.290339 539 -3.7015 2 21 2 17 -6.8976 674 1.284135 1.290340 540 -3.7053 2 21 2 17 -6.9034 674 1.284135 1.290340 541 -3.7092 2 21 2 17 -6.9092 674 1.284135 1.290340 542 -3.7131 2 21 2 17 -6.9149 674 1.284135 1.290340 543 -3.7169 2 21 2 17 -6.9206 674 1.284135 1.290340 544 -3.7207 2 21 2 17 -6.9263 674 1.284135 1.290340 545 -3.7247 2 21 2 17 -6.9320 674 1.284135 1.290340 546 -3.7286 2 21 2 17 -6.9376 674 1.284136 1.290340 547 -3.7326 2 21 2 17 -6.9432 674 1.284136 1.290340 548 -3.7365 2 21 2 17 -6.9487 674 1.284136 1.290340 549 -3.7405 2 21 2 17 -6.9543 674 1.284136 1.290340 550 -3.7446 2 21 2 17 -6.9598 674 1.284136 1.290340 551 -3.7487 2 21 2 17 -6.9653 674 1.284136 1.290340 552 -3.7529 2 21 2 17 -6.9707 674 1.284136 1.290340 553 -3.7569 2 21 2 17 -6.9762 674 1.284136 1.290340 554 -3.7613 2 21 2 17 -6.9816 674 1.284136 1.290340 555 -3.7654 2 21 2 17 -6.9870 674 1.284136 1.290340 556 -3.7696 2 21 2 17 -6.9924 674 1.284137 1.290340 557 -3.7740 2 21 2 17 -6.9977 674 1.284137 1.290339 558 -3.7784 2 21 2 17 -7.0030 674 1.284137 1.290339 559 -3.7828 2 21 2 17 -7.0083 674 1.284137 1.290339 560 -3.7873 2 21 2 17 -7.0136 674 1.284137 1.290339 561 -3.7918 2 21 2 17 -7.0188 674 1.284137 1.290339 562 -3.7962 2 21 2 17 -7.0241 674 1.284137 1.290339 563 -3.8007 2 21 2 17 -7.0293 674 1.284137 1.290339 564 -3.8053 2 21 2 17 -7.0345 674 1.284137 1.290339 565 -3.8098 2 21 2 17 -7.0396 674 1.284137 1.290339 566 -3.8144 2 21 2 17 -7.0448 674 1.284137 1.290340 567 -3.8191 2 21 2 17 -7.0499 674 1.284137 1.290339 568 -3.8237 2 21 2 17 -7.0550 674 1.284137 1.290339 569 -3.8286 2 21 2 17 -7.0600 674 1.284137 1.290339 570 -3.8334 2 21 2 17 -7.0651 674 1.284137 1.290339 571 -3.8380 2 21 2 17 -7.0701 674 1.284137 1.290339 572 -3.8427 2 21 2 17 -7.0751 674 1.284137 1.290339 573 -3.8473 2 21 2 17 -7.0801 674 1.284137 1.290339 574 -3.8521 2 21 2 17 -7.0851 674 1.284137 1.290339 575 -3.8568 2 21 2 17 -7.0900 674 1.284137 1.290339 576 -3.8616 2 21 2 17 -7.0949 674 1.284137 1.290339 577 -3.8663 2 21 2 17 -7.0998 674 1.284137 1.290339 578 -3.8709 2 21 2 17 -7.1047 674 1.284137 1.290339 579 -3.8756 2 21 2 17 -7.1096 674 1.284137 1.290339 580 -3.8804 2 21 2 17 -7.1145 674 1.284137 1.290339 581 -3.8850 2 21 2 17 -7.1193 674 1.284137 1.290339 582 -3.8897 2 21 2 17 -7.1241 674 1.284137 1.290339 583 -3.8944 2 21 2 17 -7.1289 674 1.284137 1.290339 584 -3.8991 2 21 2 17 -7.1337 674 1.284137 1.290339 585 -3.9038 2 21 2 17 -7.1385 674 1.284137 1.290339 586 -3.9083 2 21 2 17 -7.1433 674 1.284137 1.290339 587 -3.9129 2 21 2 17 -7.1480 674 1.284138 1.290339 588 -3.9175 2 21 2 17 -7.1528 674 1.284138 1.290339 589 -3.9221 2 21 2 17 -7.1575 674 1.284138 1.290339 590 -3.9268 2 21 2 17 -7.1622 674 1.284138 1.290339 591 -3.9313 1 35 17 17 -7.1669 674 1.284138 1.290339 592 -3.9353 1 35 17 17 -7.1716 674 1.284138 1.290339 593 -3.9394 1 35 17 17 -7.1763 674 1.284138 1.290339 594 -3.9436 1 35 17 17 -7.1809 674 1.284138 1.290339 595 -3.9477 1 35 17 17 -7.1856 674 1.284138 1.290339 596 -3.9518 1 35 17 17 -7.1902 674 1.284138 1.290339 597 -3.9557 1 35 17 17 -7.1948 674 1.284138 1.290338 598 -3.9600 1 35 17 17 -7.1993 674 1.284138 1.290339 599 -3.9641 1 35 17 17 -7.2039 674 1.284138 1.290338 600 -3.9680 1 35 17 17 -7.2085 674 1.284138 1.290338 checkpoint restart file output at iteration # 600 new restart file name stage37.restart.new number of blocks: (nblks) = 2 new restart file name stage37.restart.new number of blocks: (nblks) = 2 *** plot3d absolute output on unit 9 *** *** file stage37.p3dabs *** plot3d relative output on unit 8 *** *** file stage37.p3drel Approximate CPU Time Breakdown (Parallel Runs Only) --------------------------------------------------- TIMING INIT tinit 0.0000000000000000E+00 Initialization Time TIMING GRID tgrid 0.0000000000000000E+00 Grid Input Time TIMING COMM tcomm 0.0000000000000000E+00 Boundary Update Time TIMING SOLV tsolv 0.0000000000000000E+00 Flow Solver Time TIMING REST trest 0.0000000000000000E+00 Restart File Time TIMING OUT tout 0.0000000000000000E+00 Output file Time TIMING TOTAL tottim 0.0000000000000000E+00 processing completed execution normally terminated 1070.1u 0.8s 20:42 86% 0+0k 0+218io 0pf+0w Finished at --> Wed Oct 6 10:28:48 EDT 1999