摘要
针对传统地下管线管理系统中存在的查询破损位置时间长、影响管理效率问题,开展地下管线管理系统研究。通过对系统监测设备、金属管线探测仪等硬件设备选择,并对地下管线破损记录存储、基于BIM的地下管线三维建模、地下管线破损信息采集、地下管线破损记录管理等软件设计,提出一种基于BIM的地下管线三维可视化管理系统。通过对比实验证明:该系统与传统系统相比可明显缩短查询破损位置耗时,提高查询速率,为地下管线的三维可视化高效管理提供条件。
In view of the long time to query the damaged location in the traditional underground pipeline management system,which affected the management efficiency,and the underground pipeline management system was carried out.Based on the design of 3 D modeling of underground pipelines,underground pipeline damage information collection,underground pipeline damage record management and other software of BIM,3 D visualization management system was proposed for underground pipelines by selecting the system monitoring equipment,metal pipeline detectors and other hardware equipment.Comparative experiment proved that comparing with the traditional system,the system could significantly shorten the time-consuming query of damaged locations,increase the query rate,and provide conditions for the efficient management of 3 D visualization of underground pipelines.
作者
曹冬冬
Cao Dongdong(Xi’an Design Engineering Chinacoal Co.,Ltd.,Xi’an 710054,China)
出处
《矿山测量》
2020年第6期132-135,共4页
Mine Surveying
关键词
BIM
地下管线
三维可视化
管理
BIM
underground pipeline
3D visualization
management
