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*=====================================================================*
* FILE: thm_salt_lf_trans.x2m
* TYPE: DONJON input file
* AUTHOR: Cristian Garrido Tamm (cristian.garrido@idom.com)
* PURPOSE: Single pincell surrounded by FLiBe as coolant to
* test the Molten Salt thermalhydraulics in THM
* CREATION DATE: Wednesday Aug 16, 2023 21:13:01 CEST
* LAST MODIFIED: Tuesday Jul 30, 2024 19:12:05 CEST
*=====================================================================*
*---
* DEFINE MODULES
*---
MODULE GEO: RESINI: TRIVAT: TRIVAA: NCR: FLUD: FLPOW: MACINI:
USPLIT: TINST: UTL: DELETE: ABORT: THM: END: ;
*---
* DEFINE PROCEDURES
*---
PROCEDURE assertS ;
*---
* DEFINE DATA STRUCTURES
*---
LINKED_LIST Geom Track Flux Cpo Matex Lib MicroF MacroF Macro2 Fmap
System Power Burnup Thm DONNEES OLCM ;
*---
* DEFINE VARIABLES
*---
* Constants
STRING DOUBLE_LINE :=
"====================================================================" ;
STRING SINGLE_LINE :=
"--------------------------------------------------------------------" ;
LOGICAL True False := $True_L $False_L ;
STRING FILENAME := 'thm_salt_of' ;
INTEGER MaxR := 10000 ;
REAL Pi := 3.14159 ;
* Input data
REAL maxh := 100.0 ; ! cm
REAL Cote := 1.26 ; ! cm
REAL Rfuel := 4.55063E-1 ; ! cm
REAL Rclad := 5.00184E-1 ; ! cm
REAL z1 := maxh 20.0 / ;
REAL z2 := maxh 20.0 / z1 + ;
REAL z3 := maxh 20.0 / z2 + ;
REAL z4 := maxh 20.0 / z3 + ;
REAL z5 := maxh 20.0 / z4 + ;
REAL z6 := maxh 20.0 / z5 + ;
REAL z7 := maxh 20.0 / z6 + ;
REAL z8 := maxh 20.0 / z7 + ;
REAL z9 := maxh 20.0 / z8 + ;
REAL z10 := maxh 20.0 / z9 + ;
REAL z11 := maxh 20.0 / z10 + ;
REAL z12 := maxh 20.0 / z11 + ;
REAL z13 := maxh 20.0 / z12 + ;
REAL z14 := maxh 20.0 / z13 + ;
REAL z15 := maxh 20.0 / z14 + ;
REAL z16 := maxh 20.0 / z15 + ;
REAL z17 := maxh 20.0 / z16 + ;
REAL z18 := maxh 20.0 / z17 + ;
REAL z19 := maxh 20.0 / z18 + ;
REAL z20 := maxh 20.0 / z19 + ;
REAL Fuelpwr := 100.0 ; ! kW/l or W/cm3
REAL Ucool := 3.0 ; ! m/s
*REAL Mass := 4.655149E-3 ; ! kg
REAL Tfuel := 800.15 ; (*fuel temperature (K)*)
REAL Tcool := 800.15 ; (*coolant temperature (K)*)
* Options
* Variables
INTEGER istep := 0 ; ! step counter
REAL t tend dt := 0.0 1.0 0.1 ; ! time, end time, time step (s)
REAL Toutlet ;
*---
* BEGIN CALCULATION
*---
ECHO DOUBLE_LINE ;
ECHO 'BEGIN INPUT ' FILENAME ;
ECHO DOUBLE_LINE ;
REAL Volume := Pi Rfuel * Rfuel * maxh * ; ! cm3
ECHO "Volume =" Volume "cm3" ;
REAL powi := Fuelpwr Volume * 1.E6 / ;
* EVALUATE powi := powi 1E3 * 20.0 / ;
ECHO "total reactor power=" powi "MW" ;
Geom := GEO: :: CAR3D 1 1 20
X- REFL X+ REFL Y- REFL Y+ REFL Z- REFL Z+ REFL
MESHX 0.0 <<Cote>>
MESHY 0.0 <<Cote>>
MESHZ 0.0 5.000 10.000 15.000 20.000 25.000 30.000 35.000 40.000
45.000 50.000 55.000 60.000 65.000 70.000 75.000 80.000 85.000 90.000
95.000 100.000
MIX
PLANE 1
1
PLANE 2 SAME 1
PLANE 3 SAME 1
PLANE 4 SAME 1
PLANE 5 SAME 1
PLANE 6 SAME 1
PLANE 7 SAME 1
PLANE 8 SAME 1
PLANE 9 SAME 1
PLANE 10 SAME 1
PLANE 11 SAME 1
PLANE 12 SAME 1
PLANE 13 SAME 1
PLANE 14 SAME 1
PLANE 15 SAME 1
PLANE 16 SAME 1
PLANE 17 SAME 1
PLANE 18 SAME 1
PLANE 19 SAME 1
PLANE 20 SAME 1
;
Geom Matex := USPLIT: Geom :: NGRP 2 MAXR <<MaxR>>
NFUEL 1 FMIX 1
;
*--
* Fuel map definition
*--
Fmap Matex := RESINI: Matex ::
::: GEO: CAR3D 1 1 20
EDIT 0
X- REFL X+ REFL Y- REFL Y+ REFL Z- REFL Z+ REFL
MESHX 0.0 <<Cote>>
MESHY 0.0 <<Cote>>
MESHZ 0.0 5.000 10.000 15.000 20.000 25.000 30.000 35.000 40.000
45.000 50.000 55.000 60.000 65.000 70.000 75.000 80.000 85.000 90.000
95.000 100.000
MIX
PLANE 1
1
PLANE 2 SAME 1
PLANE 3 SAME 1
PLANE 4 SAME 1
PLANE 5 SAME 1
PLANE 6 SAME 1
PLANE 7 SAME 1
PLANE 8 SAME 1
PLANE 9 SAME 1
PLANE 10 SAME 1
PLANE 11 SAME 1
PLANE 12 SAME 1
PLANE 13 SAME 1
PLANE 14 SAME 1
PLANE 15 SAME 1
PLANE 16 SAME 1
PLANE 17 SAME 1
PLANE 18 SAME 1
PLANE 19 SAME 1
PLANE 20 SAME 1
;
!
NXNAME '01' NYNAME 'A'
NCOMB 1
B-ZONE 1
ADD-PARAM PNAME 'T-FUEL' PARKEY 'TFA' GLOBAL
ADD-PARAM PNAME 'T-COOL' PARKEY 'TCA' GLOBAL
BTYPE INST-BURN
INST-BVAL CHAN 0.0
REACTOR-POW <<powi>>
AXIAL-PFORM 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0
1.0 1.0 1.0 1.0 1.0
*BUNDLE-POW SAME <<powi>>
SET-PARAM 'T-FUEL' <<Tfuel>>
SET-PARAM 'T-COOL' <<Tcool>>
*FUEL WEIGHT <<Mass>>
;
* UTL: Fmap :: STEP UP PARAM STEP AT 4 DIR IMPR P-NAME * ;
*--
* THM single-stage calculation
*--
Thm Fmap := THM: Fmap ::
EDIT 5
FLUID SALT LiF-BeF2 0.66-0.34
FUEL SALT LiF-NaF-KF 0.465-0.115-0.42
FPUISS 1.0
INLET 101325.0 800.15
CRITFL 9E12
SPEED <<Ucool>>
ASSMB 1 0
RADIUS 4.55063E-3 4.55063E-3 5.00184E-3 5.00184E-3 (* m *)
RODMESH 15 20
MONO
POWER-LAW 1E3 12
0.0 0.5
0.1 1.0
0.2 2.0
0.3 3.0
0.4 4.0
0.5 5.0
0.6 5.1
0.7 5.2
0.8 5.3
0.9 5.4
1.0 5.5
2.0 5.5
;
WHILE t tend <= DO
EVALUATE istep := istep 1 + ;
ECHO "istep=" istep "t=" t "dt=" dt ;
Thm Fmap := THM: Thm Fmap ::
EDIT 1
FLUID SALT LiF-BeF2 0.66-0.34
FUEL SALT LiF-NaF-KF 0.465-0.115-0.42
TIME <<t>> <<dt>>
;
EVALUATE t := t dt + ;
ENDWHILE ;
*--
* Dump THM object
*--
UTL: Thm :: DIR DUMP ;
UTL: Fmap :: DIR DUMP ;
REAL tc ;
OLCM := Fmap :: STEP UP PARAM STEP AT 2 ;
assertS OLCM :: "P-VALUE" 5 8.071872E2 ;
assertS OLCM :: "P-VALUE" 10 8.144556E2 ;
*---
* END CALCULATION
*---
ECHO DOUBLE_LINE ;
ECHO 'END INPUT ' FILENAME ;
ECHO DOUBLE_LINE ;
ECHO "test thm_salt_lf_trans completed" ;
END: ;
QUIT .
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