摘要
参数化设计是BIM正向设计中提升设计效率的有效手段。文章基于Revit软件对地铁出入口爬升段正向设计方法进行了研究,提出了采用建立参数化族的设计方法,总结了爬升段正向设计原则,阐述了建立参数化族的技术流程,并结合共享参数、踏步子族等关键难点进行了具体说明。拼合后的爬升段参数化族,可实现各部分子族的参数联动调整,提高了地铁出入口爬升段BIM正向设计的效率和质量。相较于二次开发或Dynamo编程等方法,文章采用的建立参数化族方法普适性更强,可为后续地铁出入口爬升段及类似的市政过街通道出入口爬升段BIM设计提供参考。
Parametric design is an effective means to improve design efficiency in BIM forward design.A study is carried out on subway entrance/exit climbing section with forward design method based on Revit software,the design method with establishing parametric family is proposed,a summary is made on climbing section forward design principles,the technical process of establishing parametric family is expounded,and the key difficulties such as shared parameters and step subfamily are explained in detail.The assembled climbing section parametric family can realize the linkage adjustment of parameters of each subfamily,and improve the efficiency and quality of BIM forward design of subway entrance/exit climbing section.Compared with the methods of secondary development or Dynamo programming,the design method with establishing parametric families adopted in this paper is more universal,which can provide a reference for the BIM design of subway entrance/exit climbing section and similar municipal underpass entrance/exit climbing section.
作者
张海佳
廖德华
王丽丽
ZHANG Haijia;LIAO Dehua;WANG Lili(CCCC Highway Consultants Co.,Ltd.,Beijing 100088;China Construction Infrastructure Survey Engineering Design&Construction Group Co.Ltd.,Beijing 100037;CCCC Foshan Investement&Development Co.,Ltd,Foshan 528000)
出处
《现代隧道技术》
CSCD
北大核心
2021年第S02期38-46,共9页
Modern Tunnelling Technology
作者简介
张海佳(1990-),女,硕士,工程师,主要从事地下工程方面的设计工作,E-mail:zhanghaijia@hpdi.com.
