BIM技术在热力管道设计中的应用浅析  

Application of BIM Technology in the Design of Thermal Pipelines

作　　者：刘得志 宋赟 周胡平 LIU Dezhi;SONG Yun;ZHOU Huping(CISDI Thermal&Environmental Engineering Co.Ltd.,Chongqing 401122,China)

机构地区：[1]重庆赛迪热工环保工程技术有限公司,重庆401122

出　　处：《工业加热》2024年第12期60-63,共4页Industrial Heating

摘　　要：BIM技术在热力管道设计中具有重要作用,基于Bentley系列软件,可以实现正向三维设计,提高设计效率和精度。这些软件包括OpenPlant Modeler、OpenPlant Isometrics Manager、Bentley Autopipe等,分别用于管道设计、轴测图设计、管道应力计算等。相比传统二维设计,正向三维设计具有更好的直观性和可操作性,能够减少错误和遗漏,提高设计质量。未来,BIM技术在热力管道设计中的应用还有很大的提升空间,可以通过优化软件功能、加强数据管理、提高设计人员技能等方式进一步提升设计效率和精度。总之,基于Bentley平台的BIM技术是热力管道设计中一种高效、精确的设计方法,值得在各行业中推广应用。BIM technology plays an important role in the design of thermal pipelines.Based on Bentley software,it is possible to achieve forward 3D design and improve design efficiency and accuracy.These software include OpenPlant Modeler,OpenPlant Isometrics Manager,Bentley Autopipe,etc.,which are used for pipeline design,isometric drawing design,pipeline stress calculation,etc.Compared with traditional 2D design,forward 3D design has better intuition and operability,which can reduce errors and omissions and improve design quality.In the future,there is still much room for improvement in the application of BIM technology in thermal pipeline design.It can further enhance design efficiency and accuracy by optimizing software functions,strengthening data management,and improving the skills of designers.In short,BIM technology based on Bentley plaform is an efficient and accurate design method in thermal pipeline design,which is worth promoting and applying in various industries.

关 键 词：BENTLEY BIM 三维设计 管道 

分 类 号：TK284.1[动力工程及工程热物理—动力机械及工程]