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An Improved Three-Dimensional Modeling Method of Overburden Sagging Zone Based on GTP Model

机译：基于GTP模型的覆盖覆盖区的改进三维建模方法

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So far, the methods of three-dimensional geological modeling are basically modeled from the original information such as borehole, but in the actual mining process, the overburden will produce deformation. In order to simulate the impact of resource development on terrain better, this paper presents a three-dimensional geological data model based on key stratum theory. This paper uses the original information such as borehole to construct the 3D geological model based on GTP, and determines the position of the sagging zone with the key stratum theory. Then we use the mathematical model of stratum movement in the sagging zone. Finally it renders the three-dimensional visualization of the sagging zone geologic model. The model simulates the change of the terrain after mining, and provides theoretical and material basis for the geological workers to make rational exploration and development decisions.
机译：到目前为止，三维地质建模的方法基本上从钻孔等原始信息建模，但在实际采矿过程中，覆盖层将产生变形。为了模拟资源开发对地形的影响更好，本文介绍了基于关键层面理论的三维地质数据模型。本文使用诸如钻孔等原始信息来构建基于GTP的3D地质模型，并确定下垂区与关键层面理论的位置。然后我们使用下垂区中层运动的数学模型。最后，它呈现出下垂区域地质模型的三维可视化。该模型在采矿后模拟了地形的变化，为地质工人提供了理性探索和发展决策的理论和物质基础。

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