By creating BIM models, the construction of super high-rise buildings can be simulated in real time. This enables standardization of construction personnel’s operational procedures, better planning of the actual construction process, and timely identification of potential problems and risks. As a result, the safety of super high-rise building projects is significantly enhanced.
Through simulation, coordination, and optimization with BIM technology, detailed construction drawings can be produced for building structure, electromechanical systems, steel structures, curtain walls, and decoration. These drawings serve as a foundation for on-site visualized construction. Additionally, all construction activities are recorded and archived accurately and promptly, facilitating verification by construction and management teams and supporting future operational management.
BIM relies on associated databases to quickly and precisely calculate work quantities, improving both the accuracy and efficiency of construction budgeting. It provides granular data down to the component level, which supports rapid access to information necessary for project line management. Moreover, BIM can generate various material lists, reducing labor effort and minimizing errors in material calculations. This capability helps propose effective material plans, strengthens material management, curbs excessive consumption, and boosts profitability.
The application of BIM technology also allows for the creation of models representing all temporary facilities, roads, material storage areas, and processing sites at each construction stage. By visualizing changes to temporary facilities and road layouts throughout construction, 3D models help intuitively identify unreasonable arrangements and facilitate timely adjustments. This approach significantly reduces construction time and mitigates economic losses caused by insufficient early-stage planning.
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