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|
*DECK CreaStepList.c2m
*======================================================
* Name: CreaStepList.c2m
* Type: DRAGON procedure
* Use: Create one object containing lists used for
* Burnup evolution & SAPHYB creation
* Author: A. Bruneau 04.2015
* [CS-SI | IRSN/PSN-EXP/SNC/LNR]
* mod: Change matrix definition and add histories
* L. Liponi 03.2018
* [CTE | IRSN/PSN-EXP/SNC/LN]
*------------------------------------------------------
* Input Required:
* > Gestion : [STR]
* > AssType : [STR]
* > ConfigPyrex : [STR]
* > TypeMatrix : [STR] Type of matrix structure for multi-parameter library
* > NumHistCal : [INT] Nb. nominal/off-Nominal depletion
* Output Provided:
* < StepList : [LINKED_LIST] Matrix branch structure parameters
*------------------------------------------------------
* Procedure called as:
* StepList := CreaStepList ::
* <<Gestion>> <<TypeInfo>> <<ConfigPyrex>>
* <<NumHistCal>> <<TypeMatrix>> ;
*======================================================
PARAMETER StepList :: ::: LINKED_LIST StepList ; ;
PROCEDURE GetTechData ;
MODULE UTL: GREP: ABORT: END: ;
LINKED_LIST AvgList RodList ;
*-----------------------------------------------------
* Input Parameters
*-----------------------------------------------------
STRING Gestion AssType ConfigPyrex ;
:: >>Gestion<< >>AssType<< >>ConfigPyrex<< ;
INTEGER NumHistCal ;
:: >>NumHistCal<< ;
STRING TypeMatrix ;
:: >>TypeMatrix<< ;
*--- Max Number of histories (except Control Rod ones)
* Since the CR configurations are variable and recover by GetTechData.c2m,
* the user needs to fix the number of history calculations (dmod, tcom,
* cbor, etc.) that are defined before the CR ones.
*--
INTEGER NbHistWORod := 6 ;
*-----------------------------------------------------
* Variables
*-----------------------------------------------------
* Dummy value
INTEGER DUMMY := 0 ;
* Average Operative (Nominal) conditions
REAL dmod_avg ; ! [g.cm-3]
REAL tmod_avg ; ! [degC]
REAL cbor_avg ; ! [ppm]
REAL tcom_avg ; ! [degC]
REAL barr_avg ; ! [REAL]
* Depletion Conditions
REAL dmod ; ! [g.cm-3]
REAL tmod ; ! [degC]
REAL cbor ; ! [ppm]
REAL tcom ; ! [degC]
REAL barr ; ! [REAL]
* Branch conditions
REAL dmod_low dmod_hgh cbor_hgh tcom_low ;
* Control Rod Histories/Branches
INTEGER NbConfRod ; ! Number of control rod configurations
INTEGER idxCR ;
REAL valCR ;
*======================================================
* AVERAGE OPERATIVE CONDITIONS
*------------------------------------------------------
* Recover average operative core condition from GetTechData.c2m
*------------------------------------------------------
*--- T/H operative parameters
AvgList := GetTechData ::
<<Gestion>> <<AssType>> <<DUMMY>> <<ConfigPyrex>> 'DEPLPARAMAVG' ;
GREP: AvgList :: GETVAL 'dmod' 1 >>dmod_avg<< ;
GREP: AvgList :: GETVAL 'cbor' 1 >>cbor_avg<< ;
GREP: AvgList :: GETVAL 'tcom' 1 >>tcom_avg<< ;
GREP: AvgList :: GETVAL 'tmod' 1 >>tmod_avg<< ;
*--- Absorbers configuration
* The first value in the 'Rods' array corresponds to the rod
* configuration usually selected for the nominal depletion.
* If ConfigPyrex <> NONE, the base depletion is performed
* with Pyrex inserted.
*---
RodList := GetTechData ::
<<Gestion>> <<AssType>> <<DUMMY>> <<ConfigPyrex>> 'RODLIST' ;
GREP: RodList :: GETVAL 'Rods' 1 >>barr_avg<< ;
*======================================================
* INITIALISE StepList WITH RodList
*------------------------------------------------------
* It accounts for the dependency of the array 'Rods' with the Gestion
*------------------------------------------------------
!*! CONTROL ROD CONFIGURATIONS
StepList := RodList ;
*======================================================
* BURNUP STEPS (EvoNominale)
*------------------------------------------------------
* Burnup Step in L_BURNUP structure
*------------------------------------------------------
*--- UOX & MOX
IF AssType "UOX" = AssType "MOX" = + THEN
StepList := UTL: StepList ::
CREA 'ListBU' 51 =
9.375 18.75 37.5 75. 112.5
150. 325. 500. 750. 1000.
1500. 2000. 2500. 3000. 4000.
5000. 6000. 7000. 8000. 10000.
12000. 14000. 16000. 18000. 20000.
22000. 24000. 26000. 28000. 30000.
32000. 34000. 36000. 38000. 40000.
42000. 44000. 46000. 48000. 50000.
52000. 54000. 56000. 58000. 60000.
62000. 64000. 66000. 68000. 70000.
72000.
;
*--- GADOLINIUM
ELSEIF AssType "UGd" = AssType "UGd8" = + THEN
StepList := UTL: StepList ::
CREA 'ListBU' 328 =
2.34375 4.6875 7.03125 9.375 11.71875
14.0625 16.40625 18.75 23.4375 28.125
32.8125 37.5 46.875 56.25 65.625
75. 84.375 93.75 103.125 112.5
121.875 131.25 140.625 150. 193.75
237.5 281.25 325. 368.75 412.5
456.25 500. 562.5 625. 687.5
750. 812.5 875. 937.5 1000.
1125. 1250. 1375. 1500. 1625.
1750. 1875. 2000. 2125. 2250.
2375. 2500. 2625. 2750. 2875.
3000. 3250. 3500. 3750. 4000.
4250. 4500. 4750. 5000. 5250.
5500. 5750. 6000. 6250. 6500.
6750. 7000. 7250. 7500. 7750.
8000. 8250. 8500. 8750. 9000.
9250. 9500. 9750. 10000. 10250.
10500. 10750. 11000. 11250. 11500.
11750. 12000. 12250. 12500. 12750.
13000. 13250. 13500. 13750. 14000.
14250. 14500. 14750. 15000. 15250.
15500. 15750. 16000. 16250. 16500.
16750. 17000. 17250. 17500. 17750.
18000. 18250. 18500. 18750. 19000.
19250. 19500. 19750. 20000. 20250.
20500. 20750. 21000. 21250. 21500.
21750. 22000. 22250. 22500. 22750.
23000. 23250. 23500. 23750. 24000.
24250. 24500. 24750. 25000. 25250.
25500. 25750. 26000. 26250. 26500.
26750. 27000. 27250. 27500. 27750.
28000. 28250. 28500. 28750. 29000.
29250. 29500. 29750. 30000. 30250.
30500. 30750. 31000. 31250. 31500.
31750. 32000. 32250. 32500. 32750.
33000. 33250. 33500. 33750. 34000.
34250. 34500. 34750. 35000. 35250.
35500. 35750. 36000. 36250. 36500.
36750. 37000. 37250. 37500. 37750.
38000. 38250. 38500. 38750. 39000.
39250. 39500. 39750. 40000. 40250.
40500. 40750. 41000. 41250. 41500.
41750. 42000. 42250. 42500. 42750.
43000. 43250. 43500. 43750. 44000.
44250. 44500. 44750. 45000. 45250.
45500. 45750. 46000. 46250. 46500.
46750. 47000. 47250. 47500. 47750.
48000. 48250. 48500. 48750. 49000.
49250. 49500. 49750. 50000. 50250.
50500. 50750. 51000. 51250. 51500.
51750. 52000. 52250. 52500. 52750.
53000. 53250. 53500. 53750. 54000.
54250. 54500. 54750. 55000. 55250.
55500. 55750. 56000. 56250. 56500.
56750. 57000. 57250. 57500. 57750.
58000. 58250. 58500. 58750. 59000.
59250. 59500. 59750. 60000. 60250.
60500. 60750. 61000. 61250. 61500.
61750. 62000. 62250. 62500. 62750.
63000. 63250. 63500. 63750. 64000.
64250. 64500. 64750. 65000. 65250.
65500. 65750. 66000. 66250. 66500.
66750. 67000. 67250. 67500. 67750.
68000. 68250. 68500. 68750. 69000.
69250. 69500. 69750. 70000. 70500.
71000. 71500. 72000.
;
ELSE
ECHO "ERROR --- AssType:" AssType "not recognized." ;
ABORT: ;
ENDIF ;
*======================================================
* DEPLETION BURNUP STEPS (MakeBib1BU)
*------------------------------------------------------
* 31 steps for SAPHYB and MULTICOMPO (indices 'BurnStep')
* Les indices des 31 steps sont differents si il y a du Gadolinium:
* - UOX et MOX : de 1 (0 MWj/t) a 52 (72000 MWj/t)
* - UGd : de 1 (0 MWj/t) a 329 (72000 MWj/t)
*------------------------------------------------------
StepList := UTL: StepList ::
CREA 'Burnup' 31 =
0. 9.375 18.75 75. 150.
500. 1000. 2000. 3000. 4000.
6000. 8000. 10000. 12000. 14000.
16000. 18000. 20000. 24000. 28000.
32000. 36000. 40000. 44000. 48000.
52000. 56000. 60000. 64000. 68000.
72000.
;
*--- UOX & MOX
IF AssType "UOX" = AssType "MOX" = + THEN
StepList := UTL: StepList ::
CREA 'BurnStep' 31 =
1 2 3 5 7 9 11 13 15 16
18 20 21 22 23 24 25 26 28 30
32 34 36 38 40 42 44 46 48 50
52
;
*--- GADOLINIUM
ELSEIF AssType "UGd" = AssType "UGd8" = + THEN
StepList := UTL: StepList ::
CREA 'BurnStep' 31 =
1 5 9 17 25 33 41 49 57 61
69 77 85 93 101 109 117 125 141 157
173 189 205 221 237 253 269 285 301 317
329
;
ELSE
ECHO "ERROR --- AssType:" AssType "not recognized." ;
ABORT: ;
ENDIF ;
*======================================================
* SELF-SHIELDING
*------------------------------------------------------
* 9 pas d'evolution avec Autoprotection (EvoNominale)
* Same for UOX, MOX and UGd
*------------------------------------------------------
StepList := UTL: StepList ::
CREA 'ListAutop' 9 =
4000. 8000. 12000. 18000. 24000.
36000. 48000. 60000. 72000.
;
*======================================================
* BRANCH STRUCTURE
*------------------------------------------------------
* By default an identical branch structure is defined for
* nominal and off/nominal depletions.
* As an example, this is explained by the fact that with
* regards of the concatenation of single history PMAX files
* in a multi-history PMAX, it works only with single histories
* having identical branch structures.
* However, different branch structures can be defined for each
* nominal/off-nominal depletion : it is sufficient to delete
* the block in StepList using UTL:, and to define a new
* block with an identical name, for the case of interest.
* Example :
* StepList := UTL: StepList ::
* DEL 'Rods'
* CREA 'Rods' 2 =
* <<valCR>> <<barr_avg>>
* ;
*-----------------------------------------------------
!REAL tcomb := 547.0 32.0 - 1.8 / ;
REAL tcomb := 286.0 ;
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
* N-MATRIX *
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
IF TypeMatrix "N" = THEN
ECHO "The choosen matrix is : N-MATRIX " ;
!*! DENSITY MODERATOR
StepList := UTL: StepList ::
CREA 'DensModo' 8 =
.50 .64 .68 .71
.74 .82 .90 1.
;
!*! BORON CONCENTRATION
StepList := UTL: StepList ::
CREA 'ConcBore' 6 =
0. 600. 1200. 1800. 2400. 3000.
;
!*! FUEL TEMPERATURE
StepList := UTL: StepList ::
CREA 'TempComb' 5 =
50. 286. 650. 1400. 2200.
;
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
* T-MATRIX *
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
ELSEIF TypeMatrix "T" = THEN
ECHO "The choosen matrix is : T-MATRIX " ;
!*! DENSITY MODERATOR
StepList := UTL: StepList ::
CREA 'DensModo' 2 =
.74 .82
;
!*! BORON CONCENTRATION
StepList := UTL: StepList ::
CREA 'ConcBore' 3 =
600. 1200. 1800.
;
!*! FUEL TEMPERATURE
StepList := UTL: StepList ::
CREA 'TempComb' 1 =
<<tcomb>>
;
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
* PARCS_BEAVRS-MATRIX *
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
* Branch structure used by A. Ward for BEAVRS and Watts Bar
*---
ELSEIF TypeMatrix "PAR-BEAV" = THEN
ECHO "The choosen matrix is : PARCS (BEAVRS AND WATTS BAR) MATRIX " ;
!*! DEPLETION PARAMETERS
EVALUATE dmod_avg := 0.71690 ;
EVALUATE cbor_avg := 500.0 ;
EVALUATE barr_avg := 1.0 ;
EVALUATE tcom_avg := 526.85 ;
!*! DENSITY MODERATOR
StepList := UTL: StepList ::
CREA 'DensModo' 3 =
0.64470
<<dmod_avg>>
0.76981
;
!*! BORON CONCENTRATION
StepList := UTL: StepList ::
CREA 'ConcBore' 3 =
0.0
<<cbor_avg>>
1500.0
;
!*! FUEL TEMPERATURE
StepList := UTL: StepList ::
CREA 'TempComb' 3 =
281.85
<<tcom_avg>>
1326.15
;
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
* TEST-MATRIX *
*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*-*
ELSEIF TypeMatrix "TEST" = THEN
ECHO "The choosen matrix is : TEST MATRIX " ;
!*! DENSITY MODERATOR
EVALUATE dmod_low := dmod_avg .05 - ;
EVALUATE dmod_hgh := dmod_avg .04 + ;
StepList := UTL: StepList ::
CREA 'DensModo' 3 =
<<dmod_low>> <<dmod_avg>> <<dmod_hgh>>
;
!*! BORON CONCENTRATION
EVALUATE cbor_hgh := cbor_avg 2. * ;
StepList := UTL: StepList ::
CREA 'ConcBore' 2 =
<<cbor_avg>> <<cbor_hgh>>
;
!*! FUEL TEMPERATURE
EVALUATE tcom_low := tmod_avg 20. - ;
StepList := UTL: StepList ::
CREA 'TempComb' 2 =
<<tcom_low>> <<tcom_avg>>
;
!*! CONTROL ROD COMPOSITION
StepList := UTL: StepList ::
DEL 'Rods'
CREA 'Rods' 1 =
1.
;
ELSEIF TypeMatrix "DUMMY" = THEN
ECHO "WARNING --- TypeMatrix:" TypeMatrix "is a dummy value" ;
ECHO "WARNING --- The matrix parameters are not created" ;
ELSE
ECHO "ERROR --- TypeMatrix:" TypeMatrix "not recognized." ;
ABORT: ;
ENDIF ;
*--- INITIALISE DEPLETION PARAMETERS
EVALUATE dmod tmod cbor tcom barr :=
dmod_avg tmod_avg cbor_avg tcom_avg barr_avg ;
*======================================================*
* *
* BASE DEPLETION *
* *
*======================================================*
IF NumHistCal 0 = THEN
ECHO "$ BASE DEPLETION selected (No. " NumHistCal ")" ;
*======================================================*
* *
* OFF-NOMINAL DEPLETIONS *
* (HISTORIES) *
* *
*======================================================*
ELSEIF NumHistCal 0 > THEN
ECHO "$ OFF-NOMINAL DEPLETION selected (No. " NumHistCal ")" ;
IF NumHistCal 1 = THEN
!======================================================*
! HISTORY No. 1 (DMOD 1) *
!------------------------------------------------------*
! https://webbook.nist.gov/chemistry/fluid/
! Isobar values (p= 2250 psi = 155.132 bar) :
! DT=+20K -> Drho=-0.050 g/cm3
! T=293K -> rho=1.005 g/cm3
!------------------------------------------------------*
EVALUATE dmod := dmod_avg .05 - ;
ELSEIF NumHistCal 2 = THEN
!======================================================*
! HISTORY No. 2 (DMOD 2) *
!------------------------------------------------------*
! https://webbook.nist.gov/chemistry/fluid/
! Isobar values (p= 2250 psi = 155.132 bar) :
! DT=-20K -> Drho=+0.040 g/cm3
!------------------------------------------------------*
EVALUATE dmod := dmod_avg .04 + ;
ELSEIF NumHistCal 3 = THEN
!======================================================*
! HISTORY No. 3 (CBOR 1) *
!------------------------------------------------------*
EVALUATE cbor := cbor_avg 2. * ;
ELSEIF NumHistCal 4 = THEN
!======================================================*
! HISTORY No. 4 (CBOR 2) *
!------------------------------------------------------*
EVALUATE cbor := 150. ;
ELSEIF NumHistCal 5 = THEN
!======================================================*
! HISTORY No. 5 (TCOM 1) *
!------------------------------------------------------*
EVALUATE tcom := tmod_avg 20. - ;
ELSEIF NumHistCal 6 = THEN
!======================================================*
! HISTORY No. 6 (TCOM 2) *
!------------------------------------------------------*
EVALUATE tcom := 1500. ;
ELSEIF NumHistCal NbHistWORod > THEN
!======================================================*
! HISTORY No. 7+ (BARR 1+) *
!------------------------------------------------------*
EVALUATE idxCR := NumHistCal NbHistWORod - 1 + ; ! +1 -> avoid first index -> average
GREP: RodList :: GETVAL 'Rods' <<idxCR>> >>valCR<< ;
ECHO "$$$$ idxCR : " idxCR " valCR : " valCR ;
EVALUATE barr := valCR ;
ENDIF ;
ENDIF ;
*======================================================
* DEPLETION CONDITIONS (EvoNominale.x2m)
*------------------------------------------------------
StepList := UTL: StepList ::
CREA 'DeplParam' 5 =
<<dmod>> <<cbor>> <<barr>> <<tcom>> <<tmod>>
;
ECHO "$$$ Summary depletion conditions (No. " NumHistCal ")" ;
ECHO " - dmod : " dmod ;
ECHO " - cbor : " cbor ;
ECHO " - barr : " barr ;
ECHO " - tcom : " tcom ;
*======================================================
* Print StepList
*------------------------------------------------------
ECHO "$$$ Summary StepList $$$" ;
UTL: StepList :: DUMP ;
*------------------------------------------------------
END: ;
QUIT "LIST" .
|
