三维地质建模在煤矿开采中的应用

Ren Liyan, Huayang Dai, Li Yingcheng, Wang En-quan
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引用次数: 1

摘要

煤矿三维地质建模是煤矿可持续发展的关键。在综合分析三维地质建模方法的基础上,根据矿山现有的地质地形图、剖面、钻孔等数据,提出了一种将ArcGIS与3D GeoModeller相结合的三维地质建模方法。我们的动机是整合两个软件模块在处理、转换、整合和传递地质信息方面的优势。特别注意了数据结构和处理流程。建立了谢桥煤矿三维地质模型,成功提取了11118工作面地层的地质格架,与实际勘查地质相吻合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of Three-Dimensional Geological Modelling in Coal Mining
Three-dimensional geological modelling of coal mines is critical to the sustainable development of the mining industry. On the basis of comprehensively analyzing 3D geological modelling methods, according to the available data of mine such as geological terrain maps, cross-sections and boreholes, we present a 3D modelling method by integrating ArcGIS and 3D GeoModeller. Our motivation is to integrate the advantages of both software modules in processing, converting, integrating and transferring geological information. Special attention has been given to the data structure and processing flow. We build a 3D geological model of the Xieqiao coal mine and successfully extract the geological framework of the strata in the 11118 workface, which is consistent with that of the actual explored geology.
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