摘要
基于四川省成都市档案馆技术及服务用房项目实际需要,设计一种用于大跨度高空钢筋混凝土楼板施工的支撑平台。利用Maidas Civil有限元软件对该平台进行平台体系安全性和稳定性三维模拟,根据数值模拟分析结果进行优化,并成功在该项目组织实施,证明了该支撑平台体系施工快速、安全、高效,可有效解决高空大跨度钢筋混凝土楼板施工中的技术难题。
Based on the practical requirements of the Chengdu Archives technical and service facility project,a support platform was designed for the construction of large-span,elevated reinforced concrete slabs.The Maidas Civil finite element software was used to perform a 3D simulation of the platform s safety and stability.The platform system was optimized based on the simulation results and successfully implemented in the project.The results demonstrated that the platform system enables fast,safe,and efficient construction,effectively addressing the technical challenges of constructing large-span reinforced concrete slabs at height.
作者
叶定武
刘雨杰
YE Dingwu;LIU Yujie(Chengdu Jinjiang District Housing Construction Transportation Technology Support Center,Chengdu 610504,China;Shanghai Construction No.1(Group)Co.,Ltd.,Chengdu 610504,China)
出处
《四川建材》
2025年第8期169-173,共5页
Sichuan Building Materials
关键词
贝雷梁架体
大跨度支撑体系
有限元分析
数值模拟
bailey-beam frame
large-span support system
finite element analysis
numerical simulation
