首页|板桩码头力矩平衡式胸墙模板设计技术及应用

板桩码头力矩平衡式胸墙模板设计技术及应用

Design technology and application of torque balanced breast wall formwork for sheet pile wharf

扫码查看
板桩码头的结构形式在国外施工项目中日渐增多,码头的板桩墙与胸墙主要分为陆上施工与水上施工2种形式.陆上施工需要提前填筑围堰,施工措施费用较高且工期延长;水上施工胸墙工序繁琐且施工的安全风险较大、对工程的工期、质量造成一定影响.文章介绍了印尼奥比岛Persada 6B泊位项目的板桩码头胸墙工艺,该项目使用了力矩平衡式底模设计,通过悬吊底模并整体安装的施工工艺,避免了水下焊接作业,且对施工期间的底模力矩平衡条件进行了分析计算,工艺经过项目实践得以顺利实施.
The structural forms of sheet pile wharves are increasing in foreign construction projects,and the sheet pile walls and breast walls of wharves are mainly divided into two types:onshore construction and over-water construction.Onshore construction requires early filling of cofferdams,which incurs high construction costs and prolongs the construction period;the over-water construction process of the breast wall is complicated and the construction safety risk is large,which has a certain impact on the project schedule and quality.This paper introduces the process of sheet pile pier breast wall for the Persada 6B berth project in Obi Island,Indonesia.The project uses a torque balanced bottom formwork design,which avoids underwater welding operations by suspending the bottom formwork and installing it as a whole.The torque balance conditions of the bottom formwork during construction are analyzed and calculated,and the process is successfully implemented through project practice.

sheet pile wharfbreast wall bottom formworkoverall installationbalancing formwork

张定野、陈丛文、丁俊吉

展开 >

中交一航局第五工程有限公司,河北 秦皇岛 066000

板桩码头 胸墙底模 整体安装 平衡模板

2024

中国港湾建设
中国交通建设股份有限公司

中国港湾建设

CSTPCD
影响因子:0.447
ISSN:1003-3688
年,卷(期):2024.44(1)
  • 8