摘要
伴随基础设施建设向前推进,复杂地形环境下桥梁设计的需求日益增多。传统的方法很难满足多变地形以及多方案优化所提出的高效且精准的要求。全面且细致地分析复杂地形的特点及其对桥梁选型布置所产生的影响,构建起基于BIM的桥梁正向设计技术体系,提出针对构件族的管理方式以及多专业协同的工作机制,深入且详尽地探讨参数化建模的逻辑思路与具体的实现途径,并且结合Revit、Rhino、Civil3D等一系列相关工具来加以解析。通过一系列操作,验证了参数化建模在提高设计效率、增强表达精准度以及实现方案快速生成等方面所具有的优势。研究得出,将BIM正向设计与参数化建模相互融合,能够大幅提升设计水准,进而为桥梁智能建造以及可持续发展筑牢技术方面的基础。
With the advancement of infrastructure construction,the demand for bridge design in complex terrain environments is increasing day by day.Traditional methods are difficult to meet the efficient and accurate requirements of diverse terrains and multi scheme optimization.Comprehensively and meticulously analyze the characteristics of complex terrain and its impact on bridge selection and layout,establish a BIM based forward design technology system for bridges,propose a management method for component families and a multi-disciplinary collaborative working mechanism,deeply and thoroughly explore the logical thinking and specific implementation methods of parametric modeling,and analyze it with a series of related tools such as Revit,Rhino,and Civil3D.Through a series of operations,the advantages of parametric modeling in improving design efficiency,enhancing expression accuracy,and achieving rapid generation of solutions have been verified.Research has shown that integrating BIM forward design with parametric modeling can significantly improve design standards,thereby laying a solid technological foundation for intelligent bridge construction and sustainable development.
作者
朱超
唐涛
ZHU Chao;TANG Tao(Chongqing Design Group Co.,Ltd.,Chongqing,400020,China;Chongqing Science City High-tech Industrial Development Co.,Ltd.,Chongqing,401331,China)
出处
《智能城市应用》
2025年第6期59-61,共3页
Smart City Application
关键词
复杂地形
桥梁
BIM
正向设计
参数化
建模
complex terrain
bridge
BIM
forward design
parameterization
modeling
