Influencing factors and mechanisms of super high-rise buildings safety risks:A Fuzzy-DEMATEL-AISM analysisOA
Influencing factors and mechanisms of super high-rise buildings safety risks:A Fuzzy-DEMATEL-AISM analysis
Ziyu Jia;Jiakai Xiu;Ke Liu;Lihua Zhao;Wei Zhang;Ziqi Song;Na Xiao;Tiantian Du
China Architecture Design and Research Group,Beijing,100032,China||China National Engineering Research Center for Human Settlement,Beijing,100032,ChinaDepartment of Civil Engineering,Tsinghua University,Beijing,100084,ChinaChina Architecture Design and Research Group,Beijing,100032,ChinaChina Architecture Design and Research Group,Beijing,100032,ChinaChina National Engineering Research Center for Human Settlement,Beijing,100032,ChinaChina National Engineering Research Center for Human Settlement,Beijing,100032,ChinaChina National Engineering Research Center for Human Settlement,Beijing,100032,ChinaChina Architecture Design and Research Group,Beijing,100032,China||China National Engineering Research Center for Human Settlement,Beijing,100032,China
Super high-rise buildingsMain structure damageBuilding envelope detachmentEnvironmental pressureBuilding physical conditionManagement response
Super high-rise buildingsMain structure damageBuilding envelope detachmentEnvironmental pressureBuilding physical conditionManagement response
《安全科学与韧性（英文）》 2026 (2)
64-81,18
This work is funded by the National Key Research and Development Program of China(2022YFC3002300).
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