Analysis of characteristics of overall structural stress and deformation of prefabricated assembled metro stations
Prefabricated assembled metro stations,as a new type of building form,have significantly different force and deformation characteristics from traditional cast-in-place structures.Since metro stations require extremely high structural safety,it is crucial to thoroughly analyze the force and deformation of assembled metro station structures.Taking a prefabricated assembled metro station in Qingdao as an example,this article establishes a solid unit model of the overall structure of the station and assigns the materials and properties of the overall structure of the station in the actual construction situation to study and analyze the stress and deformation of the overall station structure.The calculation results show that utilization of the finite element simulation method mentioned in this article could realize the effective analysis of the stress and deformation of the overall structure of the assembled station.Under normal operating conditions,the stress and deformation of the assembled structure could meet the specification requirements.The research results could provide a reference for the safety use of assembled metro stations.
assembled metro stationoverall structurenumerical simulationstatic analysis
NETL
NSTL
万方数据
维普
