摘要
文章针对空间网格结构形式多样、施工过程复杂、现场实践教学困难等问题,基于Unity3D虚拟现实开发引擎,融合BIM信息技术,设计并研发了一套装配式空间网格结构虚拟实验教学平台,涵盖结构形式、节点构造和施工方法三大实验模块。完成了典型空间网格结构建模、节点制作拼装、高空散装等多种施工方法的动态虚拟仿真、人机交互、知识点讲解等实验内容。基于该平台的实验教学弥补了现场实践教学的不足,提升了学生的工程实践能力和创新能力。
Aiming at the three issues of various forms,complex construction process,and difficulty of on-site practical teaching,a teaching platform of virtual experiment for assembled spatial grid structures has been designed and developed,based on the Unity3 D and BIM technology.The developed platform contains three experimental modules:structural form,nodal structure,and construction method.The main functions of the platform consist of dynamic virtual simulation,human-computer interaction,and knowledge explanation in several aspects,including structural modeling,node assembly,and structural construction.Experimental teaching based on this platform makes up for the shortcomings of on-site practical teaching,and enhances the abilities of engineering practice and innovation of students.
作者
吴杰
朱大宇
Wu Jie;Zhu Dayu
出处
《建筑与文化》
2021年第6期213-215,共3页
Architecture & Culture
基金
教育部产学合作协同育人项目(项目编号:201902133016)
同济大学第十二期实验教学改革项目(项目编号:0200104359)。
关键词
空间网格结构
虚拟实验
教学平台
BIM
space grid structures
virtual experiment
teaching platform
BIM
