摘要
在建筑工程实践中,主体基坑支护设计是确保施工安全和结构稳定的关键环节,尤其是在地质条件复杂和空间限制显著的场地.作为一种高度集成的数字化工具,建筑信息模型(BIM)技术提供了一个三维可视化和信息管理的平台,使得设计师、工程师和施工团队能够高效协同地规划、设计、施工和管理建筑项目.通过集成和分析从项目初期到完成阶段的数据,BIM技术极大地优化了决策过程,降低了风险,并提升了项目的整体效率和质量.
Abstract
In the practice of construction engineering,the design of primary foundation pit support is a crucial step to ensure construction safety and structural stability,especially in sites with complex geological conditions and significant spatial limitations.Building information modeling(BIM)technology,as a highly integrated digital tool,provides a platform for three-dimensional visualization and information management,enabling designers,engineers,and construction teams to efficiently and collaboratively plan,design,construct,and manage building projects.By integrating and analyzing data from the early stages to the completion phase of a project,BIM technology greatly optimizes the decision-making process,reduces risks,and enhances the overall efficiency and quality of the project.
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