摘要
由于海上风电场工程常处于复杂的地质、地形条件及多变的海洋环境中,所涉及的数据信息量巨大,而且针对这些数据信息的管理缺乏一个统一的系统管理平台。因此,为拓展BIM在海上风电工程的应用,本文提出了覆盖风电场规划、基础设计与施工及后期运维的BIM协同管理平台架构,并依据蒋家沙海上风电场海床地质实际,由BIM建立地质模型,再将其引入有限元软件,用于探讨海上风机基础的承载特性。通过BIM创建的协同管理平台可实现多方协同作业、避免时间冲突和空间冲突,还能从造价、质量、安全运行及防灾减灾运营方面进行有效的管理。
Because offshore wind farm projects are often in complex geological,topographical conditions and changeable marine environments,the amount of data and information involved is huge,and there is a lack of a unified system management platform for the management of these data and information.Therefore,in order to expand the application of BIM in offshore wind power engineering,this paper proposes a BIM collaborative management platform architecture covering wind farm planning,foundation design and construction,and post-operation and maintenance.A geological model was established and then introduced into finite element software to explore the bearing characteristics of the foundation of the offshore wind turbine.The collaborative management platform created by BIM can realize multi-party collaborative operation,avoid time conflicts and space conflicts,and can also manage effectively in terms of cost,quality,safe operation,and disaster prevention and mitigation operations.
作者
晁娈娈
吕村
CHAO Luan-luan;LV Cun(Heze Urban Construction Engineering Development Group Co.,Ltd.,Heze 274000,China;School of Architecture and Engineering,Qingdao Institute of Technology,Qingdao 266300,China)
出处
《价值工程》
2022年第21期122-124,共3页
Value Engineering
关键词
海上风电
BIM技术
风机基础
offshore wind power
BIM technology
wind turbine foundation
