节点文献
水利水电工程可视化仿真中BIM技术的应用分析
Application of simulation technology in water conservancy and hydropower engineering BIM visualization
【摘要】 水利水电工程可视化仿真主要是通过动画的形式创造出逼真的形象,从而动态地将整个工程施工过程演示出来,并将仿真中所形成的信息、数据等以图形的方法展现,以代替我国传统的文字表达和表格表达。水利水电工程可视化仿真技术可以准确地使施工人员了解该设计的意图与掌握该工程施工的信息,对工程施工具有巨大的帮助。近年来,伴随着我国水利水电工程事业的可持续发展,很多高难度和大规模的项目日益增多,可视化仿真技术的应用也越来越广泛。目前,国内外的学者不断对可视化仿真技术进行深入研究,使得可视化仿真技术的应用方法越来越多。通过不断的探索与分析,本文主要以水利水电工程中可视化仿真BIM技术为依据,以BIM产品中Navisworks软件为平台,建立水利水电工程可视化仿真系统,并对该水电站施工过程进行可视化仿真应用验证。
【Abstract】 water conservancy and hydropower engineering visualization simulation is in the form of animation to create a realistic image,and thus the entire dynamic of the construction project demonstrates out and simulation in the form of information,data,graphical way to show instead China’s traditional expression written expression and tables.Water Resources and Hydropower Engineering visual simulation technology allows construction workers can accurately understand the intent of the design and construction information for the mastery of the construction of great help.In recent years,along with the sustainable development of China’s water conservancy and hydropower engineering business,a lot of difficult and increasing number of large-scale projects,application of visual simulation technology has become increasingly widespread.At present,domestic and foreign scholars continue to visual simulation technology for in-depth study,the method makes use visual simulation technologies more and more.Through continuous exploration and analysis,this paper mainly hydropower projects visual simulation BIM technology as the basis for BIM products Navisworks software platform,the establishment of water conservancy and hydropower engineering visual simulation systems,and the construction of Hydropower Station visual simulation application verification.
【Key words】 Water conservancy and hydropower; Visual simulation; BIM technology; Application;
- 【文献出处】 自动化与仪器仪表 ,Automation & Instrumentation , 编辑部邮箱 ,2016年03期
- 【分类号】TV52;TP391.9
- 【被引频次】15
- 【下载频次】446