基于BIM的超高层地标综合体全生命周期建设
Full Life Cycle Construction of Tall Landmark Complex Building Based on BIM
许城瑜1
作者信息
- 1. 青岛城市建筑设计院有限公司,山东 青岛 266000
- 折叠
摘要
结合青岛海天中心项目,分阶段详细阐述BIM技术在超高层地标综合体全生命周期建设中的应用.在规划阶段建立各项BIM标准及组织制度,在设计阶段通过仿真模拟分析、BIM全专业模型深化,有效解决超高层综合体业态多、设计标准高,导致机电系统及管线布置错综复杂等问题,并实现设计施工信息传递.施工阶段基于BIM专业深化、三维激光扫描等应用,为异形外立面、钢结构和装配式机房等提供保障施工精度和进度的方法,并通过施工协同平台紧密结合虚拟建造与实体工程.在运维阶段搭建运维平台,实现提高运行管理效率、降低运维成本、提升建筑性能三位一体的目标.通过全生命周期BIM应用,实现全生命周期信息有效传递,为工程提质增效.
Abstract
This paper combined the Qingdao Haitian Center project,elaborates in detail on the application of BIM in the full lifecycle construction of super high-rise landmark complexes in stages.During the planning phase,various BIM standards and organizational systems were established.During the design phase,simulation analysis and comprehensive BIM models were used to effectively solve the problems of complex layout for mechanical and electrical systems,and pipelines caused by multiple business formats and high design standards in super high-rise complexes,and to achieve the transmission of design and construction information.The application of BIM methods,such as professional deepening based on BIM and 3D laser scanning during the construction phase,provides a method to ensure construction accuracy and progress for irregular facades,steel structures,and prefabricated machine rooms,and closely integrates virtual construction with physical engineering through a construction collaboration platform.During the operation and maintenance phase,building an operation and maintenance platform can achieve the goal of improving operational management efficiency,reducing operation and maintenance costs,and enhancing the three-dimensional integration of building performance.Through the application of full lifecycle BIM,effective transmission of full lifecycle information can be achieved,improving the quality and efficiency of engineering.
关键词
高层建筑/综合体/建筑信息模型/全生命周期/施工技术Key words
tall buildings/complex/building information modeling(BIM)/full life cycle/construction引用本文复制引用
基金项目
青岛城市建筑设计院有限公司2018年科技研发计划(18-B-02)
出版年
2024
NETL
NSTL
维普
万方数据