玻化微珠保温承重砌块性能优化研究及其砌体结构能耗分析

《玻化微珠保温承重砌块性能优化研究及其砌体结构能耗分析》由会员上传分享，免费在线阅读，更多相关内容在教育资源-天天文库。

1、太原理一人学硕+研究生学位论文————————————————————————————————————————————一——————————————————————————————————————————————————————————————————————一STUDYONPERFORMANCEOPTIMIZATIONOFGLAZEDHOLLOWBEADINSULAllION&BEARINGBLOCKANDENERGYCONSUMPTIONANALYSISONyHEMASONRYSTRUCTUREABSTRACTAtpresent，theimplementationof

2、thenationalpolicyofbuildingenergyconservationhasbecomeallimportantissueinthefieldofcivilengineering．TheglazedhollowbeadinsulationCOBCl4ete，asanewtypeofbuildingmaterials，isbyaddingacertainamountofglazedhollowbeadandadditivetotheordinaryconcrete，SOthattheutility,modelhastheconcretephysicalm

3、echanicsperformance，butalsohasthethermalinsulationperformance．Onthetheorybasisoftheglazedhollowbeadinsulationconcrete，wecanputforwardglazedhollowbeadinsulationload—b·earingblock，itisakindofmasonrymaterialshasbearingandthermalinsulation．Masonrystructurehasalonghistory，accordingtoChina’Scur

4、rentfundamentalnationalcondition，masonrystructureisstilloneofthemainformofthebuildingstructureinthenextfewyearsorevendecadesAlthoughthemasonrystruct℃lFeiswidelyusedinChina，butitsdevelopmentisrelativelyslow．Sothetheoreticalanalysisandexperimentalstudyonperformanceoptimizationofglazedhollow

5、beadinsulationbearingblockhasimportantpracticalsignificanceIII太原理]。人学硕f研究生学位论文一———————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————一Based0npreviousresearchresults，themainresearchandrelevantconclusio

6、nofthispaperareasfollows：1、In—depthstudyoftheorthogonaltestdesigntheory，andonthisbasisthetestschemeoftheglazedhollowbeadinsulationload—bearingblockisdetermined，namelywithceramicdosage、glazedhollowbeaddosage、limedosage、dryashdosageasfourfactorsandthreelevelsorthogonalexperiment2、Makethereq

7、uiredblockofthetestaccordingtoorthogonaltesttable，throughtheglazedhollowbeadinsulationload—bearingblockmechanicstestandthermaltestmeasuredthecompressivestrengthandthermalconductivityofeachtestblock，andprocessingthetestresultsbyusingoforthogonalexperilnentaldesignmet