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热质作用下被动式太阳能建筑热性能的研究作者:陈会娟学位授予单位:大连理工大学参考文献(58条)1.陈滨.孙鹏.丁颖慧.王晓辉住宅能源消费结构及自然能源应用[期刊论文]-暖通空调2005(3)2.陆勤丰浅析空调环境的空气质量控制2000(06)3.BGivoniClimateConsiderationsinBuildingandUrbanDesign19984.OgoliDavidMwalePredictingindoortemperaturesinclosedbuildingswithhighthermalmass20035.BGivoniClimateConsiderationsinBuildingandUrbanDesign19986.BGivoniPersonalDiscussionswithDavidMwaleOgoliduringthePassiveandLowEnergyArchitecture(PLEA2000)20017.JDrysdale查看详情19768.BCRaychaudhury.NKDChaudhuryThermalperformanceofdwellinginthetropics19769.MRuuJMitchell.SKlein查看详情199010.MBrown.SolarEnergyThethermaleffectofthermalmassinlargeofficebuildings199011.KAAntonopoulos.CTzivanidisFinite-differencepredictionoftransientindoortemperatureandrelatedcorrelationbasedonthebuildingtimeconstant199612.KAAntonopoulos.CTzivanidisTime-constantofGreekbuildings199513.KAAntonopoulos.CTzivanidisAcorrelationforthethermaldelayofbuildings199514.KAAntonopoulos.EKoronakiApparentandeffectivethermalcapacitanceofbuildings199815.KAAntonopoulos.EKoronakiEnvelopeandindoorthermalcapacitanceofbuildings200016.KAAntonopoulos.CTzivanidisAcorrelationforthethermaldelayofbuildings199517.JimmyYama.YuguoLi.ZuohuanZhengNonlinearcouplingbetweenthermalmassandnaturalventilationinbuildings2003(07)18.YuguoLi.AngeloDelsante.ZhengdongChenb.MatsSandbergc,AliceAndersend,MarrianneBjerreePerHeiselbergfSomeexamplesofsolutionmultiplicityinnaturalventilation2001(07)19.RJDuffin.GregKnowlesAsimpledesignmethodfortheTrombewall198520.Shou-ShingHsieh.Jinn-TsongTsaiTransientresponseoftheTrombewalltemperaturedistributionapplicabletopassivesolarheatingsystem1988(01)21.张立志.王玲被动式太阳房动态模型的研究1997(03)22.刘加平被动式太阳房动态模拟研究1994(04)23.白贵平.冀兆良围护结构隔热对室内热稳定及空调负荷的影响[期刊论文]-建筑热能通风空调2005(1)24.CABalarasTheroleofthermalmassonthecoolingloadofbuildings.Anoverviewofcomputationalmethods1996(01)25.SoterisAKalogirouaGeorgeFloridesaandSawasTassou2002(03)26.MJudsonBrownOptimizationofThermalMassinCommercialBuildingApplications199027.TrombeF.RobetJF.CabanotM.SesolisBConcretewallstocollectandholdheat1977(08)28.KSOngAmathematicalmodelofasolarchimney200329.AwbiHB.GanGSimulationofsolar-inducedventilation199230.GanGAparametricstudyofTrombewallsforpassivecoolingofbuildings199831.FNurDemirbileka.UgurGYalciner.AhmetEcevitc.ErkanSahmalid,MehlikaInanicieAnalysisofthethermalperformanceofabuildingdesignlocatedat2465m:Antalya-SaklikentNationalObservatoryguesthouse200332.孟长再.巴特尔.马广兴被动式太阳房集热部件优化选型及集热面积简易计算方法探讨[期刊论文]-节能技术2003(2)33.叶宏.葛新石几种集热-贮热墙式太阳房的动态模拟及热性能比较[期刊论文]-太阳能学报2000(4)34.WSmolec.AThomasProblemsencounteredinheattransferstudiesofatrombewall1994(06)35.季杰.陈雁南.何立群.葛新石TIMs双层窗传热特性研究2004(03)36.JHirunlabh.WKongduang.PNamprakai.J.KhedariStudyofnaturalventilationofhousesbyametallicsolarwallundertropicalclimate199937.龚光彩.李红祥.聂美清.谢更新.李玉国风压作用下的自然通风阻力特性的探讨[期刊论文]-湖南大学学报(自然科学版)2004(2)38.杨世铭.陶文铨传热学200139.RGPrattTurbulentfreeconvectionflowsinTrombewalls198040.PhilipJR.DeVriesDAMoisturemovementinporousmaterialundertemperaturegradients1957(02)41.VanArsdelWBAppropriatediffusionscalculationforfallingratephasechangeofdrying1947(01)42.DeVriesDASimultaneoustransferofheatandmoistureinporousmedia1958(05)43.AB雷柯夫.任兴季.张志清建筑热物理理论基础196544.BearJ.BachmatYIntroductiontoModelingofTransportPhenomenainPorousMedia199045.AKerestecioglu.RVieira.PFaireyIncorporationoftheeffectivepenetrationdepththeoryintoTRNSYS198946.RJLiesenDevelopmentofaresponsefactorapproachformodelingtheenergycombinedheatandmasstransferwithvaporadsorptioninbuildingelements199447.JerzyWyral.AndrzejMarynowiczVaporcondensationandmoistureaccumulationinporousbuildingwall2002(03)48.JesperArfvidsson.JohanClaessonIsothermalmoistureflowinbuildingmaterials:modelling,measurementsandcalculationsbasedonKirchho.'spotential2000(06)49.LBDantas.HRBOrlande.RMCottaAninverseproblemofparameterestimationforheatandmasstransferincapillaryporousmedia2003(09)50.PHAUPL.JGRUNEWALD.HFECHNERCoupledheatairandmoisturetransferinbuildingstructures1997(07)51.MamoruMatsumotoa.ShuichiHokoib.MasanoriHatanobModelforsimulationoffreezingandthawingprocessesinbuildingmaterials2001(06)52.NMende.PCPhilippi.RLambertsAnewmathematicalmethodtosolvehighlycoupledequationsofheatandmasstransferinporousmedia2002(03)53.TechselHR.AchenbachPR.EbbetsJREffectofexteriorair-infiltrationbarrieronmoisturecondensationandaccumulationwithininsulatedframewallcavities1985(02)54.VerschoorJDMeasurementofwatervapormigrationandstorageincompositebuildingconstruction1985(02)55.AndessonACVerificationofcalculationmethodsformoisturetransportinporousbuildingmaterials198556.DemarsY.BuckYWaterVapourDiffusionThroughInsulatedMasonryBuildingWalls.ASTM(AmericanSocietyforTestingandMaterials)198257.AmericanSocietyofHeatingRefrigerationandAir-ConditioningEngineersHandbookofFundamental198158.IBubaiwei.REI-Diasty.AAbdouModelingofmoistureandthermaltransientbehaviorofmulti-layernoncavitywalls1999(03)相似文献(2条)1.学位论文陈翠英墙体的蓄放热特性对室内热环境调节作用的研究2006随着人们生活水平的提高,我国采暖空调能耗面临着严峻的挑战,减少对一次性能源的使用、降低采暖空调能耗及开发利用新能源已经成为我国可持续发展的关键。被动式太阳能建筑是一种直接利用太阳能进行采暖降温的建筑形式,且已经证明可以大大的减少采暖空调能耗。建筑蓄热作为被动式太阳能建筑中不可缺少的一环对于调节室内温度、提高室内环境舒适性等起着重
本文标题:热质作用下被动式太阳能建筑热性能的研究
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