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*--------------------------------------------------------
* TEST CASE TMATXS25
* AUTHOR: Pr. OTMAN JAI (03/2024)
* Department of Electrical Engineering & Smart Systems
* Higher School of Technology
* Sidi Mohamed Ben Abdellah University, Fez, Morocco
*--------------------------------------------------------
* DIMENSION: 2D
* GEOMETRY TYPE: HEXAGONAL
* TEMPERATURE: 300.0 K
* LIBRARY: jeff311sh295
* SELF-SHIELDING MODEL: RIB-CORR-RSE
* TRACKING TYPE: NXT:
* HOMOGENEISATION TYPE: MERG REGI (BY REGION)
* CONDENSATION: 295 ENERGY GROUPS
*
*-------------------------------------------------
* Define STRUCTURES and MODULES used
*-------------------------------------------------
MODULE NXT: PSP: ASM: ABORT: FLU: DELETE: LIB: GEO:
EDI: GREP: USS: UTL: END: ;
LINKED_LIST Library Library2 Tracking_F Tracking_S Pij Flux
Edition Geometry_F Geometry_S StepList BURNUP EDIOBJ ;
SEQ_BINARY Lines_F Lines_S ;
*-------------------------------------------------
REAL Temperature := 294.0 ; ! Room Temperature := 293.0 K (All Components)
REAL Pitch := 4.353600 ; ! Pitch of Hexagonal Cell
REAL Keff Kinf ; ! OUTPUT
REAL Kinf1 Keff1 ;
PROCEDURE assertS ;
*---------
* Side Of Hexagonal Cell
*---------
REAL Rz := 0.3175 ;
REAL Rf := 1.82769 ;
REAL Rv := 1.8315 ;
REAL Rg := 1.8823 ;
REAL Side_Cell := Pitch 3.0 SQRT / ; ! Side of Hexagonal Cell
*------------------------------------------------------------
REAL DENSITY_S := 30.0 ; ! (30.0)Densite des Lignes d'Integration (SSH):
INTEGER ANGLES_S := 16 ; ! (16)Nombre de Directions (SSH):
REAL DENSITY_F := 50.0 ; ! (50.0)Densite des Lignes d'Integration (Flux):
INTEGER ANGLES_F := 31 ; ! (31)Nombre de Directions (Flux):
*------------------------------------------------------------
STRING library := "Jeff3sh295" ; ! DRAGLIB Library
*-------------------------------------------------
REAL RCOMB1 RCOMB4 RCOMB5 RCOMB6 ; ! 50%, 30%, 15% et 5%.(* DISTRIBUTED SELF-SHIELDING *)
*-------------------------------------------------
****************** Macroscopic XS **************
*-------------------------------------------------------------
Library := LIB: ::
EDIT 1
NMIX 7 (*MAXIMUM OF MATERIAL MIXTURES*)
CTRA APOL (*APOLLO TYPE TRANSPORT CORRECTION*)
ANIS 2
ADED 4 NELAS N4N N2N N3N
RSE 1.0E-5 (*RSE TYPE PROBABILITY TABLES*)
*
MIXS LIB: DRAGON FIL: <<library>>
*---------------------------
* MIX 1 : ZIRCONIUM BAR
*---------------------------
MIX 1 <<Temperature>> 6.4 NOEV
Zr90 = 'Zr90' 0.50707 2
Zr91 = 'Zr91' 0.11181 2
Zr92 = 'Zr92' 0.17278 2
Zr94 = 'Zr94' 0.17891 2
Zr96 = 'Zr96' 0.02944 2
*---------------------------
* MIX 2 : STANDARD FUEL
*---------------------------
MIX 2 <<Temperature>>
Zr90 = 'Zr90' 1.8327E-02
Zr91 = 'Zr91' 3.9527E-03
Zr92 = 'Zr92' 5.9761E-03
Zr94 = 'Zr94' 5.9272E-03
Zr96 = 'Zr96' 9.3496E-04
U235 = 'U235' 2.5059E-04 1
U238 = 'U238' 9.9714E-04 1
*---------------------------
* MIX 6 : CLAD
*---------------------------
MIX 6 <<Temperature>> 8.030 NOEV
Fe54 = 'Fe54' 3.909987E-02
Fe56 = 'Fe56' 6.303045E-01
Fe57 = 'Fe57' 1.468904E-02
Fe58 = 'Fe58' 1.989641E-03
*---------------------------
* MIX 7 : Water Arround Fuel Element
*---------------------------
MIX 7 <<Temperature>> NOEV
H1H2O = 'H1_H2O' 6.67535E-02
O16 = 'O16' 3.33768E-02
;
Library := LIB: Library ::
EDIT 1
NMIX 7 (*MAXIMUM OF MATERIAL MIXTURES*)
CTRA APOL (*APOLLO TYPE TRANSPORT CORRECTION*)
ANIS 2
ADED 4 NELAS N4N N2N N3N
RSE 1.0E-5 (*RSE TYPE PROBABILITY TABLES*)
*
MIXS LIB: MATXS2 FIL: _matxs_H1_ZRH
*---------------------------
* MIX 2 : STANDARD FUEL
*---------------------------
MIX 2 <<Temperature>>
H1ZrH = 'H1_ZRH' 5.4850E-02 THER 40 hzrh TCOH hzrh$
*-------------------------------------------------------------------------------------
****************************** RIM EFFECT IN FUEL ELEMENTS ***************************
*-------------------------------------------------------------------------------------
MIX 3 COMB 2 1.0
MIX 4 COMB 2 1.0
MIX 5 COMB 2 1.0
;
*-------------------------------------------------------------
****************** Geometry (HEXAGONAL) *******************
*-------------------------------------------------------------
******************** HEX (HEXT) **********************
REAL Rcomb1 := 0.5 SQRT Rf * ;
REAL Rcomb2 := 0.8 SQRT Rf * ;
REAL Rcomb3 := 0.95 SQRT Rf * ;
*------------------------------------------
*------------------------------------------------------------
******** GEOMETRIE POUR LE CALCUL D'AUTOPROTECTION **********
*------------------------------------------------------------
Geometry_S := GEO: :: HEX 1
EDIT 1
HBC COMPLETE REFL
CELL Fuel_Cell
*---------------------
::: Fuel_Cell := GEO: HEXT 1
SIDE <<Side_Cell>>
MIX
7 7 7 7 7 7
CLUSTER ROD_Fuel
::: ROD_Fuel := GEO: TUBE 4
MIX 1 2 0 6
RADIUS 0.00000 <<Rz>> <<Rf>> <<Rv>> <<Rg>>
NPIN 1
RPIN 0.0000
APIN 0.0000 ;
;
*------------------------------------------------------------
;
*------------------------------------------------------------
**** TRACKING DE LA GEOMETRIE DE CALCUL D'AUTOPROTECTION ****
*------------------------------------------------------------
Tracking_S Lines_S := NXT: Geometry_S ::
EDIT 1
TISO <<ANGLES_S>> <<DENSITY_S>>
;
*------------------------------------------------------------
************ GEOMETRIE POUR LE CALCUL DES FLUX **************
*------------------------------------------------------------
Geometry_F := GEO: :: HEX 1
EDIT 1
HBC COMPLETE REFL
CELL Fuel_Cell
*---------------------
::: Fuel_Cell := GEO: HEXT 1
SIDE <<Side_Cell>>
MIX
7 7 7 7 7 7
CLUSTER ROD_Fuel
::: ROD_Fuel := GEO: TUBE 7
MIX 1 2 3 4 5 0 6
RADIUS 0.00000 <<Rz>> <<Rcomb1>> <<Rcomb2>> <<Rcomb3>>
<<Rf>> <<Rv>> <<Rg>>
SPLITR 1 1 1 1 1 1 1
NPIN 1
RPIN 0.0000
APIN 0.0000 ;
;
*------------------------------------------------------------
;
*------------------------------------------------------------
******** TRACKING DE LA GEOMETRIE DE CALCUL DES FLUX ********
*------------------------------------------------------------
Tracking_F Lines_F := NXT: Geometry_F ::
EDIT 1
TISO <<ANGLES_F>> <<DENSITY_F>>
;
!
!*-------------------------------------------------
!***** POSTSCRIPT
!*-------------------------------------------------
SEQ_ASCII FigMix.ps :: FILE 'FigMix.ps' ;
FigMix.ps := PSP: Tracking_F ::
EDIT 0
FILL HSB !NOCONTOUR
TYPE MIXTURE ;
*-------------------------------------------------
* Self-Shielding calculation
*-------------------------------------------------
Library2 := USS: Library Tracking_S Lines_S ::
EDIT 1 TRAN PASS 3 ;
*-------------------------------------------------
*-------------------------------------------------------------
* Transport calculation
*-------------------------------------------------------------
Pij := ASM: Library2 Tracking_F Lines_F :: EDIT 1 PIJ ;
*-------------------------------------------------------------
* Flux calculation
*-------------------------------------------------------------
Flux := FLU: Pij Library2 Tracking_F ::
EDIT 1 TYPE K ;
*-------------------------------------------------------------
Edition := EDI: Flux Library2 Tracking_F ::
EDIT 5
MERG COMP
MICR RES
SAVE ON FUEL
;
*-------------------------------------------------------------
UTL: Edition :: DIR IMPR STATE-VECTOR * STEP UP FUEL DIR IMPR STATE-VECTOR * ;
SEQ_ASCII MERG.db :: FILE '_MERG.db' ;
MERG.db := Edition ;
assertS Flux :: K-EFFECTIVE 1 1.411729 ;
END: ;
QUIT "LIST" .
|
