摘要
本文基于建筑信息模型(building information modeling,BIM)技术,提出一种多维信息融合可视化的模型驱动冲突分析方法,对施工流程进行系统优化,合理把控施工进度。制冷机房作为机电安装中的关键环节,因设备多样、重量大、管线复杂、施工难度高而成为项目管理的重点与难点,本文基于BIM技术与工厂装配式施工的集成应用,提出模块化制冷机房的系统化施工方法、BIM+物联网融合的栈桥式轨道移动技术等4项核心技术,可使泵组模块误差减少85%,装配安装效率提升达90%,显著提升了施工质量、效率和安全性,为复杂机房的精益建造与数字化管理提供有力的实践参考。
During the construction of Section I of the Shenzhen University of Technology project.This article proposes a multi-dimensional information fusion visualization model driven conflict analysis method based on Building Information Modeling(BIM)technology,which systematically optimizes the construction process and reasonably controls the construction progress.As a key link in mechanical and electrical installation,the refrigeration room has become a key and difficult point in project management due to its diverse equipment,large weight,complex pipelines,and high construction difficulty.Based on the integrated application of BIM technology and factory assembly construction,four core technologies are proposed,including a systematic construction method for modular refrigeration rooms,BIM+IoT gantry track movement,which can reduce pump module errors by 85%and improve assembly and installation efficiency by 90%,significantly improving construction quality,efficiency,and safety,and providing strong practical references for lean construction and digital management of complex computer rooms.
作者
吕淼
刘增妍
于振邦
Lv Miao;Liu Zengyan;Yu Zhenbang(College of Innovation and Entrepreneurship Education,Qingdao Huanghai University,Qingdao 266500,China)
出处
《中国海洋大学学报(自然科学版)》
北大核心
2025年第11期170-180,共11页
Periodical of Ocean University of China
基金
山东省本科高校教改项目应用型本科高校现代化产业学院建设研究项目(M2022346)
青岛统战智库2025年度委托性重点项目(QDTZZKZDXM2025004)资助。
