Abstract
3D geological modeling has become one of the most reliable and effective means of displaying geological structures, but most commercial software products for 3D geological modeling need special techniques and much pre-processing work as well as being expensive and complicated to operate. In this paper, a simple approach to building a 3D geological model is proposed, integrating such popular software packages as 3D Studio Max (3DSMax), ArcGIS, and Virtual Reality Modeling Language (VRML). The approach can be used to build accurate 3D geological structures and to model stratigraphy at almost any level of complexity. Moreover, the resulting model can be operated interactively, including zooming in or out, rotating and moving. The paper demonstrates how this new approach can be a very effective method for 3D geological modeling.
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References
Alan ML, Norman LJ (2003) Building solid models from boreholes and user-defined cross-sections. Comput Geosci 29:547–555
Douglas P, Mary C, Bruce T, Hugo O, Donald AM (2007) Alpine-scale 3D geospatial modeling: applying new techniques to old problems. Geosphere 3:527–549
Jia HB, Ma SZ, Tang HM (2002) Study on engineering application of 3D modeling of rock discontinuity network[J]. Chin J Rock Mech Eng 21(7):976–979 (in Chinese)
Karsten FK, Robert O, Rolando DP, Brian H (2008) A three-dimensional insight into the Mackenzie Basin (Canada): implications for the thermal history and hydrocarbon generation potential of Tertiary deltaic sequences. AAPG Bull 92:225–247
Marcus A (2001) Development of a 3D GIS based on the 3D modeler GOCAD. IAMG Meeting, pp 256–268
Pinto V, Font X, Salgot M (2002) Using 3D structures and their virtual representation as a tool for restoring opencast mines and quarries [J]. Eng Geol 63(1/2):121–129
Pringle JK, Howell JA, Hodgetts D, Westerman AR, Hodgson DM (2006) Virtual outcrop models of petroleum reservoir analogues: a review of the current state-of-the-art. First Break 24:33–42
Sham T (2008) 3ds Max 2008: a comprehensive guide (M), Animation Specialist, CADCIM Technologies, USA. CADCIM Technologies, USA
Sprague KB, de Kemp EA (2005) Interpretive tools for 3-D structural geological modeling, Part II: surface design from sparse spatial data. GeoInformatica 9:5–32
Ormsby T, Burke R, Feaster L, Groessl C (2004) Getting to know ArcGIS desktop, 2nd edn. Basic of ArcView, ArcEditor and ArcInfo(M). ESRI Press, USA
Turner AK (2006) Challengers and trends for geological modeling and visualization. BEGE 65:109–1277
WU J, Cao DY, Deng AJ, Li DJ, Jiang T, Zhai GH (2005) 3D geological modeling in studying oilfield geology. J Earth Sci Environ 27(2):52–55
Zhang SS, Liu ZH (2003) 3D visualization of geological structure based on multi-layer DEM surface modeling. J Geomat 28(3):14–15 (in Chinese)
Zhong DH, Liu J, Li MC (2006) An approach to 3D NURBS modelling of complex fault network considering its historic tectonics. Prog Nat Sci 16(5):546–553
Acknowledgments
The authors wish to thank Jiangsu provincial plan design institute of communications for providing the data used to build the 3D geological model of Taizhou Bridge Pier site.
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Baojun, W., Bin, S. & Zhen, S. A simple approach to 3D geological modelling and visualization. Bull Eng Geol Environ 68, 559–565 (2009). https://doi.org/10.1007/s10064-009-0233-y
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DOI: https://doi.org/10.1007/s10064-009-0233-y