摘要
Abstract
In view of the challenges of multi-work cross-operation and high-altitude precision control in the construction of super high-rise commercial complex,this paper proposes BIM-based construction technology and fine management strategies for the on-site construction.Through the establishment of 3D visualization models,parametric node design,and construction simulation,combined with hybrid network monitoring and dynamic optimization,the synergistic improvements in construction quality,efficiency,safety,and low-carbon performance are achieved.The experiment shows that the rework rate of the research method is reduced to 2.15%,the schedule deviation is controlled within±3 days,the utilization rate of large equipment reaches 89.24%,the labor cost overrun rate and the carbon emission rate are reduced by 36.28%and 11.22%,respectively,and the construction quality qualification rate reaches 97.24%,and the wastage rate is only 3.74%.The results show that the data-driven dynamic management mechanism can systematically optimize the construction quality and resource efficiency,and provide a reusable technical framework for the whole process collaboration of ultra-high-rise buildings.关键词
BIM技术/施工技术优化/精细化管理/动态管理/协同管理Key words
BIM technology/construction technology optimization/refined management/dynamic management/collaborative management分类
建筑与水利
