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Application of 3D geological modeling based on borehole data

机译:基于钻孔数据的3D地质建模的应用

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Drilling engineering is the most direct, effective and reliable method for the study of the Earth's interior. Borehole data for its accurate reflection of the subsurface geological information become the foundation of digital geological modeling. In this paper, the workflow of 3D geological modeling based on borehole data in the 3D modeling and visualization environment is introduced and the typical example is given. The 3D geological modeling technique brings the processing and expression of the borehole data a new way, which expands the traditional two-dimensional plane into three-dimensional space. The 3D geological model not only fully expresses the spatial geometric feature of the geological bodies, but also can be given the spatial attribute information for further quantitative application.
机译:钻探工程是研究地球内部最直接,有效和可靠的方法。钻孔数据能够准确反映地下地质信息,成为数字化地质建模的基础。本文介绍了在3D建模和可视化环境中基于钻孔数据进行3D地质建模的工作流程,并给出了典型示例。 3D地质建模技术为井眼数据的处理和表达带来了新的途径,将传统的二维平面扩展为三维空间。 3D地质模型不仅可以充分表达地质主体的空间几何特征,还可以提供空间属性信息,以供进一步定量应用。

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