摘要
桶式基础结构钢筋布置复杂,节点处钢筋密集,传统二维设计仅能在平面内示意钢筋布置,为了更清晰展示配筋设计意图,以标准桶单元为例对桶式基础结构进行了BIM配筋设计应用方法的研究。着重介绍了BIM三维配筋的设计方法及关键点,建立了桶式基础结构BIM钢筋模型,并分析了BIM技术应用于配筋设计相较于二维设计模式的优势,为类似工程BIM钢筋设计提供借鉴。
The placement of reinforcement in bucket-based structure is complicated with dense rebar in nodes of constructional elements. The traditional two-dimensional design can only indicate the placement of reinforcement in the plane. In order to display design intentions of reinforcing bars more clearly, the application method of BIM reinforcing bars for bucket-based structure is studied by taking standard bucket element as an example. The design method and key points of BIM three-dimensional reinforcement are introduced emphatically. The rebar model of bucket-based structure is built. The advantages of BIM applied in reinforcement design compared with two-dimensional design are analyzed, which can provide references for BIM reinforcement design of similar projects.
作者
尹硕
徐传超
陆晶晶
YIN Shuo;XU Chuan-chao;LU Jing-jing(CCCC Third Harbor Consultants Co.,Ltd.,Shanghai 200032,China)
出处
《中国港湾建设》
2019年第A01期96-102,共7页
China Harbour Engineering
基金
连云港港30万吨级航道二期工程科技示范工程(2018Y03)
关键词
BIM
配筋
设计
桶式基础结构
building information modeling
reinforcement
design
bucket-based foundation
作者简介
尹硕(1993-),男,江苏徐州人,硕士,助理工程师,从事港口工程设计工作。E-mail:yins@theidi.com.
