内置分离式热管墙体的传热特性研究-土木工程；供热、供燃气、通风及空调工程专业毕业论文

《内置分离式热管墙体的传热特性研究-土木工程；供热、供燃气、通风及空调工程专业毕业论文》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、万方数据II硕士学位论文ABSTRACTResearchonheatpipeusedinthebuildingheatingfield，isstillintheinitialstage．Thispaperisbasedonmakingfulluseofrenewableenergy(solarenergyresources)，adoptedpassivedesignconcept，combinedwiththeheatpipetechnology，presentasolar—builtinseparatetypeheatpipewallheatingsystem．Curre

2、ntly，researchontheheattransfercharacteristicsofthewallinstalledheatpipeislittle，thelargestproportionisstillresearchedontheheattransfercharacter-isticsoftheheatpipeitself．Themainworkofthispaperinordertodeterminethestructureoftheheatpipeheatingwall．Analysisoftheinfluenceofwallstructureforman

3、dstructureinstalledontheheattransfercharacteristicsofheatpipe．Presenttechnicalmeasurestoenhanceheattransfercapabilitybetweenheatpipeandthewall．Basedontheresearchoffloorradiantheattransfer,Inordertostudythefloorradiationheattransferisthebasisofthisresearch，establishedthewallheatingsystemmat

4、hematicalmodel．Accordingtothepurposeofthisreaearch，makesuitableassumptionsonheattransferprocessofthewallheatingsystem，establishedtwodimensionalheattransfermodelofthewallheatingsystem，incaseofthesystemisincontinuousoperationcondition，withoutconsideringtheheatsourceintermittentoperation(disc

5、ontinuityofsolarenergyresources)，theheattransferprocessforsteadystateprocess，Usednumericalcalculationofheattransferprocessoftheseparatedtypeheatpipewallbuiltinthesimulationsoftware．Inthispaper,thequantityofheatpipe，effectoffrolength，fmthickness，layerofmaterialfactorsontheheattransferpowero

6、ftheheatpipewall，attheSalTletimeanalysisthesurfacetemperaturedistributionandheatfluxdensity．Solarenergy—built-inseparatetypeheatpipeheatingwallsystem，hasthecharacteristicsofworkwithnon—power,andrealizedthezeroenergyconsumptionoftheheatingprocess．Thenumberofheatpipehasalittleinfluentonitshe

7、atfluxdensity．Whenthefillingandlevelingmaterialiscementmortarandnotinstalledthefinonheatpipe，whenthenumberofheatpipeis4，thesurfaceheatfluxis432．3W／m2；whenincreasedto12，theheatfluxisupto398．8W／m2，justincreasedby7．7％．Installedthefmonheatpipecansignificantlyenhan