Research on the Feasibility of Solving Problems in Construction of Sponge City Based on GIS, VR and BIM Combined Technology

Author

• Chongzheng Zhao (Currently pursue master degree related to Computer Science in the University of Melbourne)
• Lin Lyu (Currently pursue master degree related to Computer Science and Civil Engineering combined in the Carnegie Mellon University)

Academic Guidance

• Hongyan Li (Professor of Taiyuan University of Technology)
• Gaimei Guo (Senior Lecturer of Taiyuan University of Technology)

With Thanks To

Taiyuan University of Technology (Double-First Class, 211 Project University in China)

Accessible

• This paper is currently published by IOP Science and can be accessed online by IOP E-books(https://iopscience.iop.org/article/10.1088/1755-1315/170/2/022068).
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Abstract

The sponge city theory has played an extremely important role in urban planning and construction, comprehensive management of rain and flood, and development of green ecological cities. However, the reconstruction of the pipelines in the sponge city is complex, and the transformation process has big conflicts, low efficiency, and poor linkage among departments, which indirectly increases unnecessary costs and construction time. This article is devoted to the deep analysis of the problems in the construction of Sponge City, combining GIS (geographic information system), VR (virtual reality) and BIM (building information model) technologies, and exploring whether these technologies can solve the problem of design, construction and management of sponge cities. This technology can realize early detection of design (construction) problems and large-area linkage management and reduce construction costs while improving the construction and management efficiency of Sponge City.

To Cite This Article

Please Cite BY: Chongzheng Zhao and Lin Lv 2018 IOP Conf. Ser.: Earth Environ. Sci. 170 022068

Licence

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