基于3DE平台的水利工程BIM正向协同设计方法研究与应用

Research and application of BIM forward collaborative design method for water conservancy engineering based on 3DE platform

摘要

BIM技术作为助推水利工程建设实现数字化、智能化发展的重要技术手段，已成为行业高质量创新发展的有力支撑。随着水利工程勘察设计BIM技术应用的不断深入，受限于水利工程勘察设计业务流程的复杂性，BIM正向协同设计及相关应用推进仍存在较大瓶颈，导致设计阶段BIM价值发挥不充分。为有效推动行业BIM正向协同设计应用，通过梳理BIM协同设计体系、总结正向设计作业流程、凝练BIM业务应用场景，提出了一种基于3DExperience平台的水利水电工程正向协同设计方法，并以深圳市公明—清林径水库连通工程为依托，开展了正向协同设计应用实践。通过开展项目BIM正向设计策划，构建了勘察设计专业间业务协同、设计与计算分析协同、设计与施工仿真协同、设计与管理协同的多维度协同设计体系，并实现了数字化勘察、设计管理、选线分析、方案优选、工程计量、快速出图、仿真分析、数字化交付等多层级应用，有效提升了设计质效，助力工程实现一年内完成可研、初设、招标设计工作的总体目标，创造了显著的应用价值。

Abstract

BIM technology, as an important technical means to promote the digitalization and intelligentization of water conservancy project construction, has become a strong support for the high-quality and innovative development of the industry. With the continuous deepening of BIM technology application in the survey and design of water conservancy projects, limited by the complexity of the survey and design business processes of water conservancy projects, there are still significant bottlenecks in the promotion of BIM forward collaborative design and related applications, [Results]ing in insufficient value of BIM in the design stage. In order to effectively promote the application of BIM forward collaborative design in the industry, this paper proposes a forward collaborative design method for water conservancy and hydropower projects based on the 3DExperience platform by sorting out the BIM collaborative design system, summarizing the forward design operation process, and refining BIM business application scenarios. Relying on the Gongming-Qinglinjing Reservoir Connection Project in Shenzhen, the forward collaborative design application practice was carried out. Through the BIM forward design planning of the project, a multi-dimensional collaborative design system was constructed, including business collaboration between survey and design professionals, collaboration between design and computational analysis, collaboration between design and construction simulation, and collaboration between design and management. Multi-level applications such as digital survey, design management, route selection analysis, scheme optimization, engineering measurement, rapid drawing, simulation analysis, and digital delivery were achieved, effectively improving the quality and efficiency of design. This helped the project achieve the overall goal of completing feasibility studies, preliminary design, and bidding design work within one year, creating significant application value.

关键词

水利工程勘察设计 / BIM正向设计 / 协同体系

Key words

survey and design of water conservancy projects / BIM forward design / collaborative system

Author summay

冯 敏(1987—), 女, 高级工程师, 硕士, 主要从事水利水电工程BIM 技术研究、工程信息化研究。E-mail: [e-mail]

基金资助

湖北省自然科学基金项目(2024AFB428)