建筑结构抗爆研究综述

1009-6825201124-0048-022011-04-281984-710075。TU973．36A125。。。。、、、、。。9。15、、。。、、。22．1DennisEamon、1951“”300。。2．2ZineddinJacinto、。、、。、LS-DYNA、、。、——。。2．3J．MagnussonM．Hallgren49。、、、12。。。、。2．4T．D．NgoP．A．MendisLS-DYNA。GD．Chen——ANSYS。·84·372420118SHANXIARCHITECTUREVol．37No．24Aug．2011LS-DYNA—5。、LS-DYNA。2．0。、LS-DYNA。。。。LS-DYNA。TheodorKrauthammer。。3、。。、。、。。、。、、、。。。1NonakaT．ShearFailureofSteelMemberDuetoaBlastJ．InternationalJournalofimpactengineering200024231-238．2LonginowA．MniszewskiK．R．．ProtectingBuildingAgainstVehicleBombAttacksJ．ASCEPracticePeriodicalonStruc-turalDesignandConstruction19961151-54．3．A．C．20041446-1451．4．J．20073344-10．5．A．C．2005．6．D．2005．7．J．20045528．8．D．2006．9．M．1986．10．J．2007285104-109．11．3RCJ．200786659-664．12．J．200998-10．13．FEMJ．2008sup21-24．14．J．2009644．15．J．200733138-140．16．J．2005202179-185．17．J．2006263256-261．Overviewonanti-explosionresearchofbuildingstructureSUNGuo-fengAbstractWithabriefillustrationontheanti-explosionresearchbackgroundofbuildingstructureitanalyzestheresearchstatusandcriticalpointsofconcretestructureanti-explosiondesignprospectsanti-explosionresearchofbuildingstructurewithaviewtopreventcontinuouscol-lapsibilityofbuildingstructureunderexplosioncompactingloadeffect．Keywordsbuildingstructureconcretestructureanti-explosionload·94·372420118