Title of article :
DesignanalysisofcoreassembliesforsupercriticalpressureconditionsOriginalResearchArticle
Author/Authors :
X.Cheng، نويسنده , , T.Schulenberg، نويسنده , , D.Bittermann، نويسنده , , P.Rau، نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2003
Abstract :
Theincreaseofsteamparameterstosupercriticalconditionscouldreducethepowergeneratingcostsoflightwaterreactorssignificantly[ProceedingsofSCR-2000(2000)1].Coreassemblies,however,willdifferfromcurrentBWRorPWRdesign.Inthiscontext,thispapersummarizesthemainresultsrelatedtoathermal-hydraulicdesignanalysisofapplicablefuelassemblies.Startingfromathoroughliteraturesurveyonheattransferofsupercriticalfluids,thecurrentstatusindicatesalargedeficiencyinthepredictionoftheheattransfercoefficientunderreactorprototypicalconditions.Forthethermal-hydraulicdesignofsuchfuelassembliesthesub-channelanalysiscodeSub-channelThermal-hydraulicAnalysisinFuelAssembliesunderSupercriticalconditions(STAFAS)hasbeendeveloped,whichwillhaveahighernumericalefficiencycomparedtotheconventionalsub-channelanalysiscodes.Theeffectofseveraldesignparametersonthethermal-hydraulicbehaviourinsub-channelshasbeeninvestigated.Basedontheresultsachievedsofar,twofuelassemblyconfigurationsarerecommendedforfurtherdesignanalysis,i.e.atightsquarelatticeandasemi-tighthexagonallattice.
Journal title :
Nuclear Engineering and Design Eslah
Journal title :
Nuclear Engineering and Design Eslah
