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|
*----
* Nom : pincell_mco.x2m
* Auteur : A. Hebert
* Pincell branch calculation and production of a Multicompo
*----
* Define STRUCTURES and MODULES used
*----
************************************************************************
* BEGIN DECLARATION *
************************************************************************
INTEGER istep iautop iDcaStep ;
LINKED_LIST
GEOM TRACKN FLUX LIBRARY LIBRARY2 DONNEES MICLIB BURN164 EDIOBJ COMPO ;
SEQ_ASCII ACOMPO :: FILE './ACOMPO' ;
MODULE
GEO: SYBILT: EXCELT: DELETE: GREP: BIVACT: EVO: UTL: COMPO: EDI:
LIB: ABORT: END: ;
PROCEDURE Mix_UOX CalcFlux BranchFlux ;
PROCEDURE assertS ;
*----
* Choix des options de calcul
*----
STRING Library := "DLIB_J2" ;
*----
* Calculation data
*----
REAL Kinf1 Kinf2 Keff2 B2 ;
REAL Tbeg Tend BUbeg BUend BUnextSS burnup keff11 ;
REAL Fuelpwr := 38.425 ; ! W/g ou kW/kg ou MW/t
REAL dens_mod dens_mod_0 ;
************************************************************************
* BEGIN VALUES EVALUATION *
************************************************************************
REAL pbore_0 := 500. ; ! natural boron concentration in ppm
REAL temp_comb_0 temp_mode_0 := 800.0 600.0 ;
REAL Rcomb4 := 0.41 ;
REAL Rcomb1 := 0.5 SQRT Rcomb4 * ;
REAL Rcomb2 := 0.8 SQRT Rcomb4 * ;
REAL Rcomb3 := 0.95 SQRT Rcomb4 * ;
REAL R_int_G := 0.418 ;
REAL R_ext_G := 0.48 ;
REAL Cote := 1.26 ;
REAL RmodeN1 := 0.60 ;
REAL N_U5_UOX := 3.70E-02 ;
REAL densU_UOX := 10.0 ;
************************************************************************
* END VALUES EVALUATION *
************************************************************************
INTEGER maxstep := 21 ;
INTEGER iDcaMax := 3 ;
INTEGER iAutopMax := 2 ;
DONNEES := UTL: ::
CREA
burn <<maxstep>> =
0.0 9.375 18.75 37.5 75.0 150.0
237.5 325.0 412.5 500.0 625.0 750.0
1000.0 1250.0 1500.0 1750.0 2000.0 2500.0
3000.0 3500.0 4000.0
CREA
dca <<iDcaMax>> =
0.300 0.500 0.800
CREA
autop <<iAutopMax>> =
0.0 4000.0
;
************************************************************************
* END DECLARATION *
************************************************************************
************************************************************************
* BEGIN GEOMETRY *
************************************************************************
GEOM := GEO: :: CARCEL 7
MESHX 0.0 <<Cote>>
MESHY 0.0 <<Cote>>
X- REFL X+ REFL Y- REFL Y+ REFL
RADIUS 0.0 <<Rcomb1>> <<Rcomb2>> <<Rcomb3>> <<Rcomb4>>
<<R_int_G>> <<R_ext_G>> <<RmodeN1>>
MIX 4 5 6 7 2 1 3 3
;
************************************************************************
* END GEOMETRY *
************************************************************************
************************************************************************
* BEGIN TRACKING *
************************************************************************
TRACKN := SYBILT: GEOM ::
EDIT 99
MAXR 500
MAXZ 1000000
TITLE 'TRACKING FOR PINCELL'
QUA2 20 3
DP01 ;
************************************************************************
* END TRACKING *
************************************************************************
************************************************************************
* BEGIN COMPO INITIALIZATION *
************************************************************************
COMPO := COMPO: ::
EDIT 10
STEP UP 'EDI2B'
MAXCAL 5
COMM 'evolution burnup pincell' ENDC
PARA 'burnup' IRRA
PARA 'DCA' VALU REAL
PARA 'DCAH' VALU REAL ! historical parameter for coolant density
ISOT 15 Pm147 Pm148 Pm148m Pm149 Sm147 Sm148 Sm149 Sm150 Nd146 Nd147
Nd148 B10m B11m Xe135 I135
INIT
;
************************************************************************
* END COMPO INITIALIZATION *
************************************************************************
************************************************************************
* SUPER LOOP OVER DEPLETING SCENARIOS *
************************************************************************
ECHO "$$$$ Super loop over depleting scenarios" ;
INTEGER iDcaStep_0 := 0 ;
WHILE iDcaStep_0 iDcaMax < DO
EVALUATE iDcaStep_0 := iDcaStep_0 1 + ;
GREP: DONNEES :: GETVAL 'dca' <<iDcaStep_0>> >>dens_mod_0<< ;
ECHO "iDcaStep_0=" iDcaStep_0 "/" iDcaMax "dens_mod_0=" dens_mod_0 ;
************************************************************************
* REFERENCE BURNUP LOOP WITH DEPLETION *
************************************************************************
************************************************************************
* BEGIN LIBRARY READING *
************************************************************************
LIBRARY := Mix_UOX ::
<<Library>> <<dens_mod_0>> <<pbore_0>> <<N_U5_UOX>> <<densU_UOX>>
<<temp_comb_0>> <<temp_mode_0>> ;
************************************************************************
* INITIAL FLUX CALCULATION *
************************************************************************
EVALUATE istep iautop := 1 1 ;
EVALUATE Tend BUend := 0.0 0.0 ;
GREP: DONNEES :: GETVAL 'autop' <<iautop>> >>BUnextSS<< ;
ECHO "BUnextSS=" BUnextSS ;
ECHO "call CalcFlux(1)" ;
LIBRARY2 FLUX := CalcFlux LIBRARY TRACKN :: <<istep>>
<<BUend>> <<BUnextSS>> <<Fuelpwr>> ;
GREP: FLUX :: GETVAL 'K-EFFECTIVE' 1 >>keff11<< ;
ECHO "+++ Burnup= 0.0 Keff=" keff11 ;
BURN164 LIBRARY2 := EVO: LIBRARY2 FLUX TRACKN ::
EDIT 2
SAVE <<Tend>> DAY POWR <<Fuelpwr>> ;
EVALUATE iautop := iautop 1 + ;
GREP: DONNEES :: GETVAL 'autop' <<iautop>> >>BUnextSS<< ;
************************************************************************
* 2-GROUPS ENERGY CONDENSATION AND HOMOGENISATION *
************************************************************************
EDIOBJ := EDI: FLUX LIBRARY2 TRACKN ::
EDIT 0
MICR 35 U234 U235 U236 U237 U238 Np237 Np238 Np239 Pu238 Pu239
Pu240 Pu241 Pu242 Cm242 Cm243 Cm244 Cm245 Am241 Am242m Am243
Pm147 Pm148 Pm148m Pm149 Sm147 Sm148 Sm149 Sm150 Nd146 Nd147
Nd148 B10m B11m Xe135 I135
MERG COMP
COND 4.0
SAVE ON EDI2B ;
************************************************************************
* INITIAL MULTICOMPO FEEDING *
************************************************************************
COMPO := COMPO: COMPO EDIOBJ BURN164 LIBRARY ::
EDIT 2
STEP UP 'EDI2B'
'DCA' <<dens_mod_0>>
'DCAH' <<dens_mod_0>>
SET <<Tend>> DAY ;
EDIOBJ := DELETE: EDIOBJ ;
************************************************************************
* DEPLETION - HOMOGENISATION *
************************************************************************
WHILE istep maxstep < DO
EVALUATE istep := istep 1 + ;
ECHO "istep=" istep "/" maxstep ;
EVALUATE BUbeg Tbeg := BUend Tend ;
GREP: DONNEES :: GETVAL 'burn' <<istep>> >>BUend<< ;
EVALUATE Tend := BUend Fuelpwr / ;
BURN164 LIBRARY2 := EVO: BURN164 LIBRARY2 FLUX TRACKN ::
EDIT 2 NOEX DEPL <<Tbeg>> <<Tend>> DAY POWR <<Fuelpwr>>
PICK >>burnup<< ;
ECHO "BURNUP_sortie = " BUend "Next SS = " BUnextSS ;
************************************************************************
* FLUX CALCULATION *
************************************************************************
ECHO "call CalcFlux(2)" ;
LIBRARY2 FLUX := CalcFlux LIBRARY2 FLUX LIBRARY TRACKN
:: <<istep>> <<BUend>> <<BUnextSS>> <<Fuelpwr>> ;
GREP: FLUX :: GETVAL 'K-EFFECTIVE' 1 >>keff11<< ;
ECHO "+++ Burnup=" burnup " Keff=" keff11 ;
BURN164 LIBRARY2 := EVO: BURN164 LIBRARY2 FLUX TRACKN ::
EDIT 0
SAVE <<Tend>> DAY POWR <<Fuelpwr>>
;
IF BUend BUnextSS - ABS 1E-5 < THEN
EVALUATE iautop := iautop 1 + ;
IF iautop iAutopMax <= THEN
GREP: DONNEES :: GETVAL 'autop' <<iautop>> >>BUnextSS<< ;
ENDIF ;
ENDIF ;
************************************************************************
* 2-GROUPS ENERGY CONDENSATION AND HOMOGENISATION *
************************************************************************
EDIOBJ := EDI: FLUX LIBRARY2 TRACKN ::
EDIT 0
MICR 35 U234 U235 U236 U237 U238 Np237 Np238 Np239 Pu238 Pu239
Pu240 Pu241 Pu242 Cm242 Cm243 Cm244 Cm245 Am241 Am242m Am243
Pm147 Pm148 Pm148m Pm149 Sm147 Sm148 Sm149 Sm150 Nd146 Nd147
Nd148 B10m B11m Xe135 I135
MERG COMP
COND 4.0
SAVE ON EDI2B ;
************************************************************************
* MULTICOMPO FEEDING *
************************************************************************
COMPO := COMPO: COMPO EDIOBJ BURN164 LIBRARY ::
EDIT 2
STEP UP 'EDI2B'
'DCA' <<dens_mod_0>>
'DCAH' <<dens_mod_0>>
SET <<Tend>> DAY ;
EDIOBJ := DELETE: EDIOBJ ;
ENDWHILE ; ! reference burnup loop
IF iDcaStep_0 1 = THEN
assertS FLUX :: K-INFINITY 1 1.049062 ;
ELSEIF iDcaStep_0 2 = THEN
assertS FLUX :: K-INFINITY 1 1.153705 ;
ELSEIF iDcaStep_0 3 = THEN
assertS FLUX :: K-INFINITY 1 1.224496 ;
ENDIF ;
LIBRARY LIBRARY2 := DELETE: LIBRARY LIBRARY2 ;
FLUX := DELETE: FLUX ;
************************************************************************
* END OF REFERENCE BURNUP LOOP WITH DEPLETION *
************************************************************************
************************************************************************
************************************************************************
* COOLANT DENSITY LOOP *
************************************************************************
ECHO "$$$ Moderator density loop" ;
EVALUATE iDcaStep := 0 ;
WHILE iDcaStep iDcaMax < DO
EVALUATE iDcaStep := iDcaStep 1 + ;
GREP: DONNEES :: GETVAL 'dca' <<iDcaStep>> >>dens_mod<< ;
ECHO "iDcaStep=" iDcaStep "/" iDcaMax "dens_mod=" dens_mod ;
************************************************************************
* BEGIN LIBRARY READING *
************************************************************************
LIBRARY := Mix_UOX ::
<<Library>> <<dens_mod>> <<pbore_0>> <<N_U5_UOX>> <<densU_UOX>>
<<temp_comb_0>> <<temp_mode_0>> ;
************************************************************************
* INITIAL FLUX CALCULATION *
************************************************************************
EVALUATE istep iautop := 0 1 ;
EVALUATE Tend BUend := 0.0 0.0 ;
GREP: DONNEES :: GETVAL 'autop' <<iautop>> >>BUnextSS<< ;
ECHO "BUnextSS=" BUnextSS ;
************************************************************************
* DEPLETION - HOMOGENISATION *
************************************************************************
WHILE istep maxstep < DO
EVALUATE istep := istep 1 + ;
EVALUATE BUbeg Tbeg := BUend Tend ;
GREP: DONNEES :: GETVAL 'burn' <<istep>> >>BUend<< ;
ECHO "branch istep=" istep "/" maxstep "BUend=" BUend ;
EVALUATE Tend := BUend Fuelpwr / ;
************************************************************************
* RECOVER LIBRARY2 AT istep *
************************************************************************
IF istep 1 > THEN
LIBRARY2 := LIB: LIBRARY2 BURN164 ::
EDIT 0
BURN <<istep>>
MIX 4 MIX 5 MIX 6 MIX 7 ;
ENDIF ;
************************************************************************
* FLUX CALCULATION *
************************************************************************
ECHO "call BranchFlux" ;
IF istep 1 = THEN
LIBRARY2 FLUX := BranchFlux LIBRARY TRACKN
:: <<istep>> <<BUend>> <<BUnextSS>> <<Fuelpwr>> ;
ELSE
LIBRARY2 FLUX := BranchFlux LIBRARY2 FLUX LIBRARY TRACKN
:: <<istep>> <<BUend>> <<BUnextSS>> <<Fuelpwr>> ;
ENDIF ;
GREP: FLUX :: GETVAL 'K-EFFECTIVE' 1 >>keff11<< ;
ECHO "+++ Burnup=" BUend "dens_mod=" dens_mod "dens_mod_0=" dens_mod_0
" Keff=" keff11 ;
IF BUend BUnextSS - ABS 1E-5 < THEN
EVALUATE iautop := iautop 1 + ;
IF iautop iAutopMax <= THEN
GREP: DONNEES :: GETVAL 'autop' <<iautop>> >>BUnextSS<< ;
ENDIF ;
ENDIF ;
************************************************************************
* 2-GROUPS ENERGY CONDENSATION AND HOMOGENISATION *
************************************************************************
EDIOBJ := EDI: FLUX LIBRARY2 TRACKN ::
EDIT 0
MICR 35 U234 U235 U236 U237 U238 Np237 Np238 Np239 Pu238 Pu239
Pu240 Pu241 Pu242 Cm242 Cm243 Cm244 Cm245 Am241 Am242m Am243
Pm147 Pm148 Pm148m Pm149 Sm147 Sm148 Sm149 Sm150 Nd146 Nd147
Nd148 B10m B11m Xe135 I135
MERG COMP
COND 4.0
SAVE ON EDI2B ;
************************************************************************
* MULTICOMPO FEEDING *
************************************************************************
IF dens_mod dens_mod_0 = THEN
ECHO "Duplicate branch calculation at dens_mod=" dens_mod ;
ELSE
COMPO := COMPO: COMPO EDIOBJ BURN164 LIBRARY ::
EDIT 2
STEP UP 'EDI2B'
'DCA' <<dens_mod>>
'DCAH' <<dens_mod_0>>
SET <<Tend>> DAY ;
ENDIF ;
EDIOBJ := DELETE: EDIOBJ ;
ENDWHILE ; ! burnup loop
LIBRARY LIBRARY2 := DELETE: LIBRARY LIBRARY2 ;
FLUX := DELETE: FLUX ;
ENDWHILE ; ! coolant density loop
************************************************************************
* END OF COOLANT DENSITY LOOP *
************************************************************************
************************************************************************
************************************************************************
BURN164 := DELETE: BURN164 ;
ENDWHILE ;
************************************************************************
* END OF SUPER LOOP OVER DEPLETING SCENARIOS *
************************************************************************
************************************************************************
************************************************************************
************************************************************************
* EXPORT MULTICOMPO IN ASCII FORMAT *
************************************************************************
ACOMPO := COMPO ;
ECHO "Successful end of calculation" ;
END: ;
QUIT .
|
