Econ. Environ. Geol. 2010; 43(6): 649-659
Published online December 31, 2010
© THE KOREAN SOCIETY OF ECONOMIC AND ENVIRONMENTAL GEOLOGY
Correspondence to : Kwang-Yeom Kim
In this study, a tunnel information database system was developed to optimize the process of assessing and analyzing geological information from the life cycle of tunnel construction. All data from every stage in tunnel construction can be put into the system and be utilized for the decision making. In the system, tunnel face mapping information can be managed by digital format which can be easily transformed into 3D visualization module and thus help analyzing geological discontinuities. The system was applied to waterway and road tunnel in domestic area to verify its effectiveness.
Keywords face mapping, 3D geomodeling, tunnel geological data, 3D visualization, network system
Econ. Environ. Geol. 2010; 43(6): 649-659
Published online December 31, 2010
Copyright © THE KOREAN SOCIETY OF ECONOMIC AND ENVIRONMENTAL GEOLOGY.
Young-Ju Kwon1, Cheong Lee1, Jin-Woung Kim1, Kwang-Yeom Kim2*, Sung-Bin Yim2 and Jai-Won Choi3
1Hongcheon-Yangyang Construction Office, Korea Expressway Corporation
2Geotechnical Engineering & Tunnelling Research Div., Korea Institute of Construction Technology
3Engineering Part., NEXGEO Inc.
Correspondence to:
Kwang-Yeom Kim
In this study, a tunnel information database system was developed to optimize the process of assessing and analyzing geological information from the life cycle of tunnel construction. All data from every stage in tunnel construction can be put into the system and be utilized for the decision making. In the system, tunnel face mapping information can be managed by digital format which can be easily transformed into 3D visualization module and thus help analyzing geological discontinuities. The system was applied to waterway and road tunnel in domestic area to verify its effectiveness.
Keywords face mapping, 3D geomodeling, tunnel geological data, 3D visualization, network system