梁冰寒

　　(長江勘測規劃設計研究有限責任公司上海分公司，上海 200439)

　　摘 要：為促進水利建設行業的數字化技術發展，提高設計質量和效率，加快水利工程建設的數字化轉型，以崇明島堡鎮港等 4 座水閘外移工程為例，基于 BIM 技術進行參數化設計研究與應用，通過協同設計、參數化模板庫、精細化建模、有限元分析等技術實現 BIM 技術在數字設計中的全要素和全過程的應用，推動水閘建設的數字一體化設計的發展，提升設計品質和效率。另外，通過構件數據編碼與數字化模型管理平臺相連通，實現模型構件、信息的數字化管理及傳遞，為全生命周期內的智慧工程應用提供堅實的數據基礎，有效推進設計過程的精細化管理，為后續其他水利工程項目的 BIM 應用提供良好的理論支持。

　　關鍵詞：數字化;BIM 技術;水閘設計;精細化管理;正向協同設計

　　Application of BIM technology in sluice gate design

　　LIANG Binghan

　　(Shanghai branch of Changjiang Institute of Survey，Planning，Design and Research，Shanghai 200439，China)

　　Abstract：To promote the development of digital technology in the water conservancy construction industry, improve the design quality and efficiency, and speed up the digital transformation of water conservancy project construction, this paper takes the outward moving projects of four sluice gates in Baozhen port of Chongming Island as an example, to carry out parametric design research and application based on the BIM technology. The application of BIM technology in the whole elements and process of digital design is realized through collaborative design, parametric template library, refined modeling, finite element analysis, and other technologies. which promotes the development of integrated digital design of sluice construction, and improves the design quality and efficiency. In addition, the digital management and transmission of model components and information are realized through the connection between component data coding and the digital model management platform, which provides a solid data foundation for the intelligent engineering application in the whole life cycle and effectively promotes the refined management of the design process. The results are expected to provide good theoretical support for the BIM application of other subsequent water conservancy projects.

　　Key words：digitalization;BIM technology;sluice gate design;refined management;forward collaborative design