基于BIM技术的“海浪型”蜂窝铝板吊顶施工技术研究  

Study on Construction Technique for Wave-shaped Honeycomb Aluminum Plate Ceiling Based on BIM

作　　者：党成强 王化成[1] 周鑫[1] 孙重阳 张振恒 张广义 陈奇 DANG Chengqiang;WANG Huacheng;ZHOU Xin;SUN Chongyang;ZHANG Zhenheng;ZHANG Guangyi;CHEN Qi(China Construction Eighth Engineering Bureau Second Construction Co.,Ltd.,Jinan 250014,Shandong,China;Shandong Airport Management Group Yantai International Airport Co.,Ltd.,Yantai 265600,Shandong,China)

机构地区：[1]中建八局第二建设有限公司,山东济南250014 [2]山东省机场管理集团烟台国际机场有限公司,山东烟台265600

出　　处：《建筑施工》2025年第2期310-313,共4页Building Construction

基　　金：山东省重点研究计划(重大科技创新工程)(2021CXGC011205)。

摘　　要：烟台蓬莱国际机场二期工程T2航站楼大厅装修项目L3出发大厅吊顶为高大异形双曲面蜂窝板,吊顶规模庞大,且风格新颖,给铝板加工和现场施工带来了挑战。利用BIM技术,进行图纸深化、模型会审与优化及过程管理,成功解决大空间“海浪型”蜂窝铝板吊顶施工难题,保证了异形蜂窝铝板吊顶及灯槽组合的安装效率、施工质量,提高了现场施工的安全性与环保性,有效降低了成本。The ceiling of the L3 departure hall in the T2 terminal building of the Yantai Penglai International Airport Phase II project features a large-scale,special-shaped hyperboloid honeycomb panel.This unique and extensive design presents challenges for aluminum plate processing and on-site construction.BIM is employed for drawing refinement,model review and optimization,and process management,effectively addressing the construction challenges associated with wave-shaped honeycomb aluminum plate ceilings in large spaces.This approach enhances installation efficiency and construction quality in the assembly of irregular honeycomb aluminum ceilings and lamp troughs,while improving on-site safety and environmental protection,and significantly reducing costs.

关 键 词：吊顶施工 BIM技术 海浪型 转换层 精准定位 

分 类 号：TU758.1[建筑科学—建筑技术科学]