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城市轨道交通站场排水BIM应用研究

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为提高城市轨道交通站场排水设计质量,合理减少工程投资,有效提升设计效率,实现数智化设计,基于BIM技术研发城市轨道交通站场排水设计系统.该系统可平纵横多视口联动开展设计工作,构建场段周边环境模型,创建排水沟参数化族库;根据轨行区路基设计模型及场区场坪设计模型,运用径流模拟原理自动识别各排水沟汇水分区,评估其排水能力,高效完成站场排水的三维设计工作.研究表明,BIM模型的多维信息特性可为自动、精确地界定汇水分区及评估排水能力提供支撑,从而显著提高设计质量.参数化排水沟族库的引用可极大简化建模与设计流程,有效推动城市轨道交通站场设计数智化转型.
Research on BIM application in urban rail transit station and yard drainage
To improve the design quality of urban rail transit station and yard drainage,reasonably reduce engineering investment,effectively improve design efficiency and achieve digital intelligent design,a drainage design system for urban rail transit station and yard is researched and developed based on BIM technology.The system could carry out the design work by linking the horizontal and vertical viewports,constructing the surrounding environment model of the yard and depot,and creating the parameterized family library of drainage ditch.According to the design model of the rail operation area roadbed and the design model of the yard apron,the system uses the principle of streamflow simulation to automatically identify the catchment compartment of each drainage ditch,evaluate its drainage capacity,and efficiently complete the three-dimensional design of station and yard drainage.The research shows that the multi-dimensional information characteristic of BIM model could provide support for automatic and accurate definition of catchment compartment and assessment of drainage capacity,thereby significantly improves the design quality.The reference to parametric drainage ditch family library greatly simplifies the modeling and design process,and effectively promotes the digital intelligent transformation of urban rail transit station and yard.

urban rail transitstation and yarddrainageBIMstreamflow simulation

吴祥龙

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中铁第四勘察设计院集团有限公司,湖北 武汉 430063

城市轨道交通 站场 排水 BIM 径流模拟

2024

现代城市轨道交通
中国铁道科学研究院

现代城市轨道交通

影响因子:0.301
ISSN:1672-7533
年,卷(期):2024.(11)