BIM技术在建筑工程悬挑脚手架中的应用

Application of BIM Technology in the Cantilever Scaffold in Construction Engineering

随着建筑的建设高度不断增高,施工过程带来的高空坠落、风压影响、周围物体打击稳定等风险不断加大,对高层建筑的施工安全要求也提高。脚手架技术是建筑施工的必备工程,其技术手段和安全管理一直被忽视,文章提出BIM技术对建筑悬挑脚手架的施工辅助应用,结合工程实际,对脚手架设计流程、图纸转换建模、悬挑工字钢的布置、细部节点展示及施工安全和成本、进度控制中BIM应用分别作出优势分析。

With the increasing construction height of super high-rise buildings,the risks of high-altitude falling,wind pressure impact and strike stability of surrounding objects brought by the construction process are constantly increasing,and the construction safety requirements for high-rise buildings are also improved.Scaffolding technology is a necessary project for construction,its technical means and safety management have always been neglected.This paper proposes the auxiliary application of BIM technology to construction of cantilevered scaffolding.Combined with the engineering practice,it analyzes the advantages of the application of BIM on the scaffold design process,drawing conversion modeling,cantilever I-steel layout,detail node display and construction safety and cost and schedule control.