蒸壓砂加氣混凝土砌塊及其單一墻體結(jié)構(gòu)特性研究.pdf

1、湖北工業(yè)大學碩士學位論文蒸壓砂加氣混凝土砌塊及其單一墻體結(jié)構(gòu)特性研究姓名：王武峰申請學位級別：碩士專業(yè)：材料加工工程指導教師：曾三海20100501湖北工業(yè)大學碩士學位論文IIAbstractAutoclavedaeratedconcreteblock(AACblock)isanewtypeofwallingmaterialwidelypromotedinChinanow.Itismicropousblockywallingmateri

2、alsusingcementlimegypsumsasrawmaterialsaluminiumpowderasgasfmingadmixturemanufacturedaftertheprocessesofmillingproptioningstiringfmingfoamingcuttingautoclave.AACblockisalightweightmaterialhasmanyotheradvantageslikeheatin

3、sulationfireshackresistanceeasyprocessingapplicationetc.Soitiswidelyusedinprivatepublicconstructionnowadays.TheAACblockisakindofmaterialusedftheexternalwallinsulationitcanmeettheperfmancerequirementofsaving50%energyinext

4、ernalwallineveryclimaticzonesofChina.WiththedevelopmentofproductiontechnologyofAACblocklowdensityblockshavegoneintomassproductionrelevantspecificationsnationalstardsingredientequipmentsaresuccessivelyissued.Thuspromoting

5、theapplicationofAACblockassavingenergywallmaterialsisasocietytrend.InthisresearchprojectweusedcementlimegypsumaluminiumpowdersasprincipalrawmaterialsbasedonthepresenttheytechnologyofAACoptimallydesignedthemixproptionbyus

6、ingthehybridactivationtechnologytoproduceAACblocks.Therelationshipbetweenthecompositionstructureperfmancewasstudiedthesignificantroleoftheaeratedconcreteblockasawallinthesystemofselfinsulationexternalwallisalsodiscussed.

7、MeoverthestudycoversmasonryplasteringmtarwhichuseAACblocksprovidestechnicalsolutionsftheproblemsintheconstructionprocessofwallsbuiltwithAAC.ThepresentstudyisanapplicationientedresearchestablishedwiththeXiantaoHenglidaInd

8、ustrialCo.Ltd.ItisobjectedtooptimizethemixofautoclavedaeratedconcretebuildingblocksbasedontheproductionequipmenttechnologytostudytheperfmanceofAACblockwallstructuresolelybasedonAACblocks.Theresearchscopeistoasfollowing:(

9、1)PromotethequalityyieldofcompanysproductionofAACblockbasedonmixoptimization(2)PromotetheapplicationofAACblockasanewtypeofbuildingenergysavingwallmaterialswhichhelpscurbingearthbricksreducingenergyresourcesconsumption(3)

10、Reduceenergyconsumptioninbuildingscostscomplyingwiththenationalwallrefmbuildingenergysavingrequirements.(4)ThroughtheappliedresearchofAACblockwallofthisnewenergysavingmaterialimplementnationalsustainableenergydevelopment