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|
*
* Input file to compute diffusion flux on a homogenized assembly in an
* infinite space. Homogenization can be homogeneous or heterogeneous
*
* Author : R. Chambon (06/2014)
*
SEQ_ASCII ACOMPOU :: FILE '_ACompoHetUOX' ;
SEQ_ASCII ACOMPOM :: FILE '_ACompoHetMOX' ;
SEQ_ASCII ACOMPOR :: FILE '_REFL_ASC' ;
*
LINKED_LIST UOX MOX CpoR DONNEES Geo1
GeoH MatexH FmapH MacroFH Macro2H
GeoP MatexP FmapP MacroFP Macro2P
CpoRefl Micro MacroRefl
Track System Flux TrackP SystemP FluxP
;
PROCEDURE GetCaseCond ;
PROCEDURE assertS ;
*
MODULE GEO: USPLIT: RESINI: MACINI: NCR: NAP: TRIVAA: TRIVAT: FLUD:
DELETE: GREP: ABORT: END: ;
*
STRING Fuel := "UOX" ; ! UOX/MOX
! Case Specific data
INTEGER CaseNumber := 0 ; ! 0, 1, 2, 3
INTEGER Split := 1 ;
STRING TypeCompo := "Heter0" ; ! Heter0, Heter1, Heter2, Heter3
INTEGER rt := 2 ;
STRING ClusType1 ClusType2 ClusType3 := "MOX" "MOX" "MOX" ; ! UOX/MOX
INTEGER ClusBStp1 ClusBStp2 ClusBStp3 := 1 1 1 ;
REAL ClusBurn1 ClusBurn2 ClusBurn3 := 0. 0. 0. ;
REAL ppmBore := 600. ;
GetCaseCond :: <<CaseNumber>>
>>ClusType1<< >>ClusType2<< >>ClusType3<<
>>ClusBStp1<< >>ClusBStp2<< >>ClusBStp3<<
>>ClusBurn1<< >>ClusBurn2<< >>ClusBurn3<<
>>ppmBore<< ;
ECHO "CaseNumber :" CaseNumber ;
ECHO ClusType1 ClusType2 ClusType3 ;
ECHO ClusBStp1 ClusBStp2 ClusBStp3 ;
ECHO ClusBurn1 ClusBurn2 ClusBurn3 ;
INTEGER npin ;
REAL Cote Lame mx1 mx2 mx3 mx4 mx5 mx6 Size wat ;
EVALUATE npin := 17 ;
*
EVALUATE Cote := 1.26 ;
EVALUATE Lame := 0.04 ;
EVALUATE wat := 0. ;
EVALUATE Size := npin I_TO_R Cote * Lame 2. * + ;
EVALUATE mx1 := Size -1.5 * ;
EVALUATE mx2 := Size -0.5 * ;
EVALUATE mx3 := Size 0.5 * ;
EVALUATE mx4 := Size 1.5 * ;
*
STRING DirHet ;
INTEGER ifx ifx2 ;
IF TypeCompo "Heter0" = THEN
EVALUATE DirHet := "EDI2A " ;
EVALUATE ifx := 0 ;
ELSEIF TypeCompo "Heter1" = THEN
EVALUATE DirHet := "EDI2C " ;
EVALUATE ifx := 1 ;
ELSEIF TypeCompo "Heter2" = THEN
EVALUATE DirHet := "EDI2D " ;
EVALUATE ifx := 2 ;
ELSEIF TypeCompo "Heter3" = THEN
EVALUATE DirHet := "EDI2E " ;
EVALUATE ifx := 3 ;
ENDIF ;
STRING DirPin := "EDI2B " ;
STRING DirR := "EDI2B " ;
*
UOX := ACOMPOU ;
MOX := ACOMPOM ;
CpoR := ACOMPOR ;
IF ifx 0 = THEN
EVALUATE ifx2 := 0 ;
ELSE
EVALUATE ifx2 := ifx 100 * Split 10 * + rt + ;
ENDIF ;
!--------------------------
! Test NAP: Geometry part
!--------------------------
! Build geometry for homogeneous assembly
Geo1 := GEO: :: CAR3D 3 3 1
EDIT 1
X- REFL X+ REFL
Y- REFL Y+ REFL
Z- REFL Z+ REFL
MIX
PLANE 1
3 2 3
2 1 2
3 2 3
MESHX <<mx1>> <<mx2>> <<mx3>> <<mx4>>
MESHY <<mx1>> <<mx2>> <<mx3>> <<mx4>>
MESHZ 0. 1.
SPLITX 1 1 1
SPLITY 1 1 1
SPLITZ 1
;
! Build geometry for heterogeneous assembly
IF TypeCompo "Heter0" = THEN
IF Split 1 = THEN
GeoH := NAP: Geo1 UOX ::
EDIT 10
DIRGEO <<DirHet>>
MIXASS 3 1 2 3
SPLITX-ASS 4
SPLITY-ASS 4
;
ELSEIF Split 2 = THEN
GeoH := NAP: Geo1 UOX ::
EDIT 10
DIRGEO <<DirHet>>
MIXASS 3 1 2 3
SPLITX-ASS 8
SPLITY-ASS 8
;
ENDIF ;
ELSE
IF Split 1 = THEN
GeoH := NAP: Geo1 UOX ::
EDIT 10
DIRGEO <<DirHet>>
MIXASS 3 1 2 3
SPLITX-ASS 1 2 1
SPLITY-ASS 1 2 1
;
ELSEIF Split 2 = THEN
GeoH := NAP: Geo1 UOX ::
EDIT 10
DIRGEO <<DirHet>>
MIXASS 3 1 2 3
SPLITX-ASS 2 4 2
SPLITY-ASS 2 4 2
;
ENDIF ;
ENDIF ;
! Build geometry for pin-by-pin assembly (needed by NAP: PPR)
GeoP := NAP: Geo1 UOX ::
EDIT 10
DIRGEO <<DirPin>>
MIXASS 3 1 2 3
;
* Max reg=(4*3)^2*1=144 or (8*3)^2*1=576
INTEGER maxr ;
IF Split 1 = THEN
EVALUATE maxr := 144 ;
ELSEIF Split 2 = THEN
EVALUATE maxr := 576 ;
ENDIF ;
GeoH MatexH := USPLIT: GeoH :: NGRP 2 MAXR <<maxr>>
! !---
! NFUEL 12 FMIX 1 4 5 6 !
! 2 7 8 9 !
! 3 10 11 12 !
! !---or
NFUEL ASBLY !
! !---
;
Track := TRIVAT: GeoH ::
EDIT 1
MAXR <<maxr>> DUAL <<rt>> 3 ;
! Max reg=(17*3)^2*1=2601
GeoP MatexP := USPLIT: GeoP :: NGRP 2 MAXR 18150
! NREFL 1 RMIX 4
! !---
! NFUEL 12 FMIX 1 4 5 6 !
! 2 7 8 9 !
! 3 10 11 12 !
! !---or
NFUEL ASBLY !
! !---
;
TrackP := TRIVAT: GeoP ::
MAXR 18150 DUAL 2 3 ;
!--------------------------
! Test NAP: Geometry part embedded in RESINI:
!--------------------------
! Build map object for heterogeneous assembly
IF TypeCompo "Heter0" = THEN
FmapH MatexH := RESINI: MatexH UOX ::
EDIT 10
:::
SPLIT-NAP:
GEO:
CAR3D 3 3 1
EDIT 10
X- VOID X+ VOID
Y- VOID Y+ VOID
Z- VOID Z+ VOID
MIX
PLANE 1
3 2 3
2 1 2
3 2 3
MESHX <<mx1>> <<mx2>> <<mx3>> <<mx4>>
MESHY <<mx1>> <<mx2>> <<mx3>> <<mx4>>
MESHZ 0. 1.
;
::: NAP:
DIRGEO <<DirHet>>
MIXASS 3 1 2 3
MAX-MIX-GEO 3
;
ASSEMBLY 9 3 3
A-ZONE
ASBLY
AXNAME '1' '2' '3'
AYNAME 'A' 'B' 'C'
NXNAME '1' '2' '3'
NYNAME 'A' 'B' 'C'
NCOMB ASBLY
ADD-PARAM PNAME 'C-BORE' PARKEY 'ppmBore' GLOBAL
;
ELSE
FmapH MatexH := RESINI: MatexH UOX ::
EDIT 1
:::
SPLIT-NAP:
GEO:
CAR3D 3 3 1
EDIT 10
X- VOID X+ VOID
Y- VOID Y+ VOID
Z- VOID Z+ VOID
MIX
PLANE 1
3 2 3
2 1 2
3 2 3
MESHX <<mx1>> <<mx2>> <<mx3>> <<mx4>>
MESHY <<mx1>> <<mx2>> <<mx3>> <<mx4>>
MESHZ 0. 1.
;
::: NAP:
DIRGEO <<DirHet>>
MIXASS 3 1 2 3
MAX-MIX-GEO 3
;
ASSEMBLY 9 3 3
A-ZONE
ASBLY
AXNAME '1' '2' '3'
AYNAME 'A' 'B' 'C'
NXNAME '1' '1' '1' '2' '2' '2' '3' '3' '3'
NYNAME 'A' 'A' 'A' 'B' 'B' 'B' 'C' 'C' 'C'
NCOMB ASBLY
ADD-PARAM PNAME 'C-BORE' PARKEY 'ppmBore' GLOBAL
;
ENDIF ;
FmapH := RESINI: FmapH :: EDIT 0
BTYPE INST-BURN
INST-BVAL ASBL
<<ClusBurn3>> <<ClusBurn2>> <<ClusBurn3>>
<<ClusBurn2>> <<ClusBurn1>> <<ClusBurn2>>
<<ClusBurn3>> <<ClusBurn2>> <<ClusBurn3>>
SET-PARAM 'C-BORE' <<ppmBore>>
;
! Build map object for pin-by-pin assembly (needed by NAP: PPR)
FmapP MatexP := RESINI: MatexP UOX ::
EDIT 0
:::
SPLIT-NAP:
GEO:
CAR3D 3 3 1
EDIT 10
X- VOID X+ VOID
Y- VOID Y+ VOID
Z- VOID Z+ VOID
MIX
PLANE 1
3 2 3
2 1 2
3 2 3
MESHX <<mx1>> <<mx2>> <<mx3>> <<mx4>>
MESHY <<mx1>> <<mx2>> <<mx3>> <<mx4>>
MESHZ 0. 1.
;
::: NAP:
DIRGEO <<DirPin>>
MIXASS 3 1 2 3
MAX-MIX-GEO 3
;
ASSEMBLY 9 3 3
A-ZONE
ASBLY
* 1 ...17x... 1 2 ...17x... 2 3 ...17x... 3
* ...
* 17x
* ...
* 1 ...17x... 1 2 ...17x... 2 3 ...17x... 3
* 4 ...17x... 4 5 ...17x... 5 6 ...17x... 6
* ...
* 17x
* ...
* 4 ...17x... 4 5 ...17x... 5 6 ...17x... 6
* 7 ...17x... 7 8 ...17x... 8 9 ...17x... 9
* ...
* 17x
* ...
* 7 ...17x... 7 8 ...17x... 8 9 ...17x... 9
AXNAME '1' '2' '3'
AYNAME 'A' 'B' 'C'
NXNAME '1' '1' '1' '1' '1' '1' '1' '1' '1'
'1' '1' '1' '1' '1' '1' '1' '1'
'2' '2' '2' '2' '2' '2' '2' '2' '2'
'2' '2' '2' '2' '2' '2' '2' '2'
'3' '3' '3' '3' '3' '3' '3' '3' '3'
'3' '3' '3' '3' '3' '3' '3' '3'
NYNAME 'A' 'A' 'A' 'A' 'A' 'A' 'A' 'A' 'A'
'A' 'A' 'A' 'A' 'A' 'A' 'A' 'A'
'B' 'B' 'B' 'B' 'B' 'B' 'B' 'B' 'B'
'B' 'B' 'B' 'B' 'B' 'B' 'B' 'B'
'C' 'C' 'C' 'C' 'C' 'C' 'C' 'C' 'C'
'C' 'C' 'C' 'C' 'C' 'C' 'C' 'C'
NCOMB ASBLY
ADD-PARAM PNAME 'C-BORE' PARKEY 'ppmBore' GLOBAL
;
FmapP := RESINI: FmapP :: EDIT 2
BTYPE INST-BURN
INST-BVAL ASBL
<<ClusBurn3>> <<ClusBurn2>> <<ClusBurn3>>
<<ClusBurn2>> <<ClusBurn1>> <<ClusBurn2>>
<<ClusBurn3>> <<ClusBurn2>> <<ClusBurn3>>
SET-PARAM 'C-BORE' <<ppmBore>>
;
!--------------------------
! Test NCR: assembly related keywords
!--------------------------
! Compute cross-section for heterogeneous assembly
Micro := NCR: UOX MOX FmapH ::
EDIT 0
LINEAR
TABLE <<ClusType1>> <<DirHet>> 'burnup'
MIX 1 ASBLY INST-BURN ENDMIX
TABLE <<ClusType2>> <<DirHet>> 'burnup'
MIX 2 ASBLY INST-BURN ENDMIX
TABLE <<ClusType3>> <<DirHet>> 'burnup'
MIX 3 ASBLY INST-BURN ENDMIX
;
MacroFH := Micro :: STEP UP MACROLIB ;
Micro := DELETE: Micro ;
STRING Palier MethodRefl := 'CP0_900' 'Lefebvre-Leb' ;
MacroRefl := NCR: CpoR ::
EDIT 1
MACRO LINEAR
NMIX 3
COMPO CpoR 'Radial'
MIX 1 FROM 1
SET 'C-BORE' <<ppmBore>>
SET 'Method' <<MethodRefl>>
SET 'Palier' <<Palier>>
SET 'dBaffleBarrl' 14.4
ENDMIX
;
Macro2H MatexH := MACINI: MatexH MacroRefl MacroFH ::
EDIT 2
;
! Compute cross-section for pin-by-pin assembly
Micro := NCR: UOX MOX FmapP ::
EDIT 0
LINEAR
TABLE <<ClusType1>> <<DirPin>> 'burnup'
MIX 1 ASBLY INST-BURN ENDMIX
TABLE <<ClusType2>> <<DirPin>> 'burnup'
MIX 2 ASBLY INST-BURN ENDMIX
TABLE <<ClusType3>> <<DirPin>> 'burnup'
MIX 3 ASBLY INST-BURN ENDMIX
;
MacroFP := Micro :: STEP UP MACROLIB ;
Macro2P MatexP := MACINI: MatexP MacroRefl MacroFP ::
EDIT 2
*FUEL-ONLY
;
! Compute flux distribution
System := TRIVAA: Macro2H Track ;
Flux := FLUD: System Track ::
EDIT 0
EXTE 1.E-5 ADI 4
;
REAL keff1 ;
GREP: Flux :: GETVAL 'K-EFFECTIVE ' 1 >>keff1<< ;
ECHO "ppmBore=" ppmBore "K-effective 2 = " keff1 ;
assertS Flux :: 'K-EFFECTIVE' 1 1.307310 ;
!
SystemP := TRIVAA: Macro2P TrackP ;
FluxP := FLUD: SystemP TrackP ::
EDIT 0
EXTE 1.E-5 ADI 4
;
REAL keff2 ;
GREP: FluxP :: GETVAL 'K-EFFECTIVE ' 1 >>keff2<< ;
ECHO "ppmBore=" ppmBore "K-effective 2 = " keff2 ;
assertS FluxP :: 'K-EFFECTIVE' 1 1.307324 ;
ECHO "test rep900cluster.x2m completed" ;
END: ;
QUIT .
|
