结构保温一体化墙体加厚免拆模板连接性能分析

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GUO Shuai'， ZHOU Zhanxue1，2， JIANG Yibo'， LIANG Yuguo3，CHANG Weihua4，CAO Yuhong'，HAO Yong1（1.Hebei University of Architecture， Zhangjiakou O7500O，China；2. Hebei Key Laboratory of Diagnosis，Reconstruction and Anti-disaster of Civil Engineering，Zhangjiakou075000，China； 3. Hebei Academy of Building Research，Shijiazhuang O50227，China；4.China Academy of Building Research，Beijing 1OoO13，China）

Abstract：Increasingtheticnessofteisulationlyerofthesructuralinsulationintegatedwallremovabletmplateanalegr energysavingtargets，however，afterincreasingthethicknessoftheinsulationlyer，theexistingconectorsannotwlltthe anchoringrequirements.Thispaperproposestheconnectorsaplicabletothethickerinsulationlayerfreetemplate，analyzesits connectionperformance，takestheactualprojectasaresearchcase，replacesthecoectorsinthethickenedwallwiththeiproved connectorsthroughANSYS，andanalyzestheintegratedwall，theintegralityofthethickenedfreetemplate，andtheimproved connectorsownforceanddformatio.Aftercalculatingtesultsofteaalysis，teintegatedalloverallanchoragecompadwithte improvementoftheformerefectisobvious，nodemolitiontemplateandcast-in-placewallcoordinateddeformation，improved connectorstoimprovethepartininewithtelawofore，wearoutthebackoftedemolitio-freetemplatestresconcentratiowillot causedamagetothetemplate，thewindpressureincreasesinthecaseoftheanchoringefectistterthantheordinarycoctos.The conectionperformanceof thestructural thermalinsulationintegratedwallthickeningandnon-removalformworkisbetter. Keywords：structural insulation integration；connection performance；wind load；stress concentration

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近几年绿色建筑、节能建筑相关政策普及完善，各省正在加快落实。（剩余7581字）