超高层建筑BIM技术及应用

BIM Technology and Application in Super High-Rise Buildings

摘要: 随着现代科技发展，超高层建筑数量与规模持续扩大，功能与结构设计不断创新，设计复杂度也显著提升。BIM技术已广泛应用于建筑工程领域，可实现设计可视化、三维化，减少管线碰撞返工，支持协同设计，提前识别施工风险，并提升绿色建筑水平，有效解决超高层建筑设计与施工中的各类问题。本文采用文献研究与工程实证相结合的方法，并基于BIM技术的特点与优势，系统性研究分析BIM技术在超高层建筑工程设计与建造中的相关应用，可充分发挥其可视化、协同化与风险预控优势，对提高工程建设水平、推动建筑行业高质量发展具有积极意义。为相关具体工程提供参考，保障相关工程质量，提高工程建造效率。

Abstract: With the development of modern science and technology, the quantity and scale of super high-rise buildings are continuously expanding. Constant innovations in functional and structural design have greatly raised the complexity of architectural design. Building Information Modeling (BIM) technology has been widely applied in construction engineering. It realizes visual and three-dimensional design, reduces rework resulting from pipeline collisions, supports collaborative design, identifies construction risks in advance, and improves the performance of green buildings, so as to effectively solve various problems existing in the design and construction of super high-rise buildings. Combining literature research with engineering empirical research, this paper systematically studies and analyzes the applications of BIM technology in the design and construction of super high-rise buildings based on its characteristics and advantages. BIM can fully exert its strengths in visualization, collaborative work and risk pre-control, which is of positive significance for improving construction standards and promoting high-quality development of the construction industry. This study can provide references for practical engineering projects, guarantee project quality and enhance construction efficiency.