钢管板桩组合三维设计及拓展应用  

3D design and extended application of steel pipe sheet pile combination

作　　者：李家华[1] 陈家悦 陈良志[1] 黄黎明 LI Jia-hua;CHEN Jia-yue;CHEN Liang-zhi;HUANG Li-ming(CCCC-FHDI Engineering Co.,Ltd.,Guangzhou 510290,China)

机构地区：[1]中交第四航务工程勘察设计院有限公司,广东广州510290

出　　处：《水运工程》2022年第10期228-233,共6页Port & Waterway Engineering

摘　　要：针对自动化码头钢管板桩组合设计中存在的基础交叉多、桩基建模难、桩长随地质变化、模型属性字段缺失、桩基编码难等问题,开展了基于BIM技术的钢管板桩组合三维设计及拓展应用。采用协同设计的方式以及软件中模块化编程工具进行二次开发的方法,实现了桩基的冲突检查、模型批量创建、桩长的实时修正、桩基属性的外部驱动添加以及桩基编码的分类补充等功能,减少基础之间的交叉和设计错误、提高三维设计的效率及三维模型的使用价值,使BIM技术在自动化码头管板组合设计中的应用更加具有价值。Regarding the problems existing in the pipe sheet combination design for automated wharfs,such as multiple foundation intersections,difficulty in modeling pile foundation,changes in pile length with geological changes,lack of model attribute fields,and difficulty in pile foundation coding,a 3D design and extended application of steel sheet pile combination based on BIM Technology is carried out.We use the method of collaborative design and the method of secondary development of modular programming tools in the software to achieve some functions,such as conflict checking of pile foundations,batch creation of models,real-time correction of pile lengths,external drive addition of pile foundation properties,and classification supplement of pile foundations base coding,etc.In this way,the intersection between foundations and design errors can be reduced,the efficiency of 3D design and the use value of 3D models can be improved,and the application of BIM technology in the combined design of automated wharf pipe sheets is more valuable.

关 键 词：钢管板桩 三维设计 BIM技术 拓展应用 二次开发 

分 类 号：U65635[交通运输工程—港口、海岸及近海工程]