摘要
本文在分析当前BIM技术在水利行业设计阶段的主要应用方式和存在缺陷的基础上,探讨水工建筑物构件实现正向设计技术的可行性,提出基于AutoRevit的水工建筑物构件正向设计一体化解决方案。实现水工建筑物构件正向设计方法的关键技术包括:AutoRevit环境下参数化BIM建模、BIM模型基础上的结构计算和计算书编制、基于BIM模型的CAD出图。并以矩形渡槽槽身设计为例应用分析,以期推动BIM技术在水工建筑设计的应用。
Based on the analysis of the main application modes and defects of BIM technology in the design stage of water conservancy industry,this paper discusses the feasibility of realizing top-down design technology of hydraulic structure components,and puts forward an integrated solution of forward design of hydraulic structure components based on AutoRevit.The key technologies to realize the top-down design method of hydraulic structure components include parametric BIM modeling under AutoRevit environment,structural calculation and calculation book compilation based on BIM model,and CAD drawing based on BIM model.And take the design of rectangular aqueduct as an example,in order to promote the application of BIM technology in hydraulic architecture design.
作者
秦龙飞
董华林
Qin Longfei;Dong Hualin(Henan Huabei Water Conservancy and Hydropower Survey and Design Co.,Ltd.,Zhengzho 450000,Henan;North China University of Water Conservancy and Hydropower,Zhengzhou 450000,Henan)
出处
《吉林水利》
2022年第5期10-15,共6页
Jilin Water Resources
