Title of article
EvaluationandoptimizationofGeneralAtomics’GT-MHRreactorcavitycoolingsystemusinganaxiomaticdesignapproachOriginalResearchArticle
Issue Information
روزنامه با شماره پیاپی سال 2005
Pages
14
From page
1389
To page
1402
Abstract
ThedevelopmentoftheGenerationIV(Gen-IV)nuclearreactorshaspresentedsocial,technical,andeconomicalchallengestonuclearengineeringdesignandresearch.Todeveloparobust,reliablenuclearreactorsystemwithminimalenvironmentalimpactandcost,modularityhasbeengraduallyacceptedasakeyconceptindesigninghigh-qualitynuclearreactorsystems.Whiletheestablishmentandreliabilityofanuclearpowerplantislargelyfacilitatedbytheinstallmentofstandardizedbaseunits,therealizationofmodularityatthesub-system/sub-unitlevelinabaseunitisstillhighlyheuristic,andlacksconsistent,quantifiablemeasures.Inthiswork,anaxiomaticdesignapproachisdevelopedtoevaluateandoptimizethereactorcavitycoolingsystem(RCCS)ofGeneralAtomics’GasTurbine-ModularHeliumReactor(GT-MHR)nuclearreactor,forthepurposeofconstructingaquantitativetoolthatisapplicabletoGen-IVsystems.AccordingtoSuhʹsaxiomaticdesigntheory,modularityisconsistentlyrepresentedbyfunctionalindependencethroughthedesignprocess.BothqualitativeandquantitativemeasuresaredevelopedheretoevaluatethemodularityofthecurrentRCCSdesign.Optimizationtechniquesarealsousedtoimprovethemodularityatbothconceptualandparametriclevel.Thepreliminaryresultsofthisstudyhavedemonstratedthattheaxiomaticdesignapproachhasgreatpotentialinenhancingmodulardesign,andgeneratingmorerobust,safer,andlessexpensivenuclearreactorsub-units.
Journal title
Nuclear Engineering and Design Eslah
Serial Year
2005
Journal title
Nuclear Engineering and Design Eslah
Record number
894932
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