基于bIM技术的综合支吊架强度选型与校核

STRENGTH SELECTION AND VERIFICATION OF COMPREHENSIVE SUPPORTS AND HANGERS BASED ON BIM TECHNOLOGY

某特大型综合博物馆采用大跨度弧形空间设计,机电工程管线密集复杂,采用综合支吊架施工可保证管线走线清晰明朗,提升安装质量,有效控制标高。利用BIM技术对管廊区域全专业管线进行合理排布,在此模型基础上进行综合支吊架校核计算,出具施工指导图纸,可有效提高安装效率,节约成本,形成综合支吊架施工过程中的选型标准化流程。

This project is a large-scale comprehensive museum,which adopts large-span arc space design,electromechanical engineering pipelines are dense and complex,the construction of composite support and hanger can ensure clear pipeline alignment and improve installation quality,effective control of elevation.BIM technology is used to arrange all professional pipelines in the pipeline corridor area reasonably,on the basis of this model,the comprehensive support and hanger checking calculation is carried out,and the construction guidance drawings are issued,which can effectively improve the installation efficiency and save the cost,formed in the comprehensive support hanger construction process selection standardization process.