Title of article
Fluid-to-fluidmodelingofcriticalheatfluxin4×4rodbundlesOriginalResearchArticle
Author/Authors
JunChen، نويسنده , , JianruLiao، نويسنده , , BoKuang، نويسنده , , Huazhao Xie، نويسنده , , YanhuaYang، نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2004
Pages
9
From page
47
To page
55
Abstract
Fluid-to-fluidmodelingofcriticalheatflux(CHF)istosimulatetheCHFbehaviorsforwaterbyemployinglowcostmodelingfluid,andtheflowscalingfactoristhekeytoapplythetechniquetofuelbundles.TheCHFexperimentsin4×4rodbundleshavebeencarriedoutinFreon-12loopinequivalentnuclearreactorwaterconditions(P=10.0–16.0MPa,G=488.0–2100.0kg/m2s,Xcr=−0.20–0.30).Themodelsinfluid-to-fluidmodelingofCHFisverifiedbytheCHFdataforFreon-12obtainedintheexperimentandtheCHFcorrelationforwaterobtainedbyNuclearPowerInstituteofChina(NPIC)inthesame4×4rodbundles.IthasbeenfoundthattheS.Y.AhmadCompensationDistortionmodel,theLuZhongqimodel,theGroeneveldmodelandStevens–KirbymodeloverpredictthebundlesCHFvaluesforwater.Thenanempiricalcorrelationofflowscalingfactorisproposed.ComparisonoftheCHFdataintwokindsoftestsectionsforFreon-12,inwhichthedistanceofthelastgridawaytheendofheatedlengthisdifferent,showsthatthespacergrid,whichislocatedat20mmawayfromtheendoftheheatedlength,hasevidentlyinfluencedontheCHFvalueinthe4×4rodbundlesforFreon-12.Thisisdifferentfromthatforwater,andtheneedforfurtherworkisrequired.
Journal title
Nuclear Engineering and Design Eslah
Serial Year
2004
Journal title
Nuclear Engineering and Design Eslah
Record number
894776
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