【摘要】 以某医院百年院区内贴建项目为研究对象，探索BIM技术与“六大融合”(装饰、结构、管线、景观、医疗流线、智能车库交通)协同应用的创新路径。通过建立高精度BIM模型，整合激光扫描、参数化设计等技术，解决了新旧建筑衔接中的历史风貌保护与功能升级矛盾；基于BIM的碰撞检测、4D模拟及仿真分析，优化了结构沉降控制、医疗动线效率(病房访问耗时降低10%)及车库运营效能(等待时间缩短25%)。研究证实，“BIM+六大融合”技术体系能有效应对复杂医疗建筑改扩建中的多专业协同难题，实现历史价值传承与现代医疗功能提升的双重目标，为同类项目提供了可量化的数字化解决方案。更多还原

【Abstract】 This study explores the innovative path of collaborative application of BIM technology and six major integrations(decoration, structure, pipeline, landscape, medical flow line, and intelligent garage transportation) in the 100-year-old campus construction project of Huashan Hospital. By establishing high-precision BIM models and integrating technologies such as laser scanning and parametric design, the contradiction between historical preservation and functional upgrading in the connection between old and new buildings has been resolved. Based on BIM collision detection, and 4D simulation analysis, the structural settlement control, medical flow efficiency(reducing ward access time by 10%), and garage operation efficiency(reducing waiting time by 25%) have been optimized. Research has confirmed that the BIM+six integrated technology system can effectively address the challenges of multi-disciplinary collaboration in the renovation and expansion of complex medical buildings, achieving the dual goals of historical value inheritance and modern medical function enhancement, and providing quantifiable digital solutions for similar projects.更多还原