摘要
为解决传统设计模式下手工设计效率低、二维图纸不直观、协同设计难开展及存在信息孤岛的问题,针对生态河湖工程设计阶段涉及的河道堤防、水工建筑物、生态景观及多专业协同,通过BIM技术建立更加真实的三维地形模型,进行参数化、联动式河道堤防设计,再建立水工、景观等建筑物BIM模型,利用多专业协同技术,对模型进行整合,构建BIM技术全流程设计体系。该体系贯穿整个设计阶段,对工程项目进行数字化、可视化表达,构建可实现各参与方协同工作、数据共享的同一数据模型,设计更快速高效,整个工程项目更加直观,可提高项目设计全流程精细化管理水平,显著提升工程生产效率、质量和社会经济效益。
In order to solve the problems of low efficiency in manual design,non-intuitive 2D drawings,difficulty in collaborative design,and information silos in traditional design modes,BIM technology is applied to develop a more realistic 3D terrain model for the ecological river and lake engineering design phase involving river embankments,hydraulic structures,ecological landscapes,and multidisciplinary collaboration.Parameterized and linked river embankment design is carried out,and then BIM models of hydraulic engineering,landscape and other buildings are developed.The model is integrated and the whole process design system of BIM technology is developed through multi-disciplinary collaboration.This system considers the entire design cycle,digitizing and visualizing the engineering project.The same data model is developed that can achieve collaborative work and data sharing among all parties involved in the project,which makes the design faster and more efficient and the entire engineering project more intuitive.It can enhance the level of refined management throughout the entire project design process,significantly improving engineering production efficiency,quality,and socio-economic benefits.
作者
孟明
赵海增
杨玉涵
MENG Ming;ZHAO Haizeng;YANG Yuhan(Yellow River Engineering Consulting Co.,Ltd.,Zhengzhou 450003,China;Key Laboratory of Water Management and Water Security for Yellow River Basin,Ministry of Water Resources(under construction),Zhengzhou 450003,China;Henan Engineering Research Center of Urban water Resources and Environment,Zhengzhou 450003,China)
出处
《水利信息化》
2023年第5期48-53,共6页
Water Resources Informatization
基金
黄河勘测规划设计研究院有限公司自主研究开发项目(2021KY039(2))。
关键词
BIM技术
生态河湖工程
全流程
水工建筑物
生态景观
协同设计
BIM technology
ecological river and lake engineering
full process
hydraulic structures
ecological landscape
collaborative design
