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Research on 3D Simulation Modeling Method of Faults Based on Coal Stratum Floor TIN

机译:基于煤层底板TIN的故障3D仿真建模方法研究

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The research on 3D simulation technology for complex geological body according to geological and remote sensing data is a hot issue in current geosciences research field. The simulation and expression of coal mine structures containing faults are the main bottleneck. A new 3D interactive simulation modeling method is proposed and a relevant code is developed for the method. By using the system, the fault data can be gained from the coal stratum floor triangulated irregular network (TIN) interactively, and the 3D solid models of the fault are generated according to the results of computing the fault/coal seam intersection line, fault modeling centre lines and fault modeling influence domains. Moreover, the floor contours of coal stratum including faults can be updated quickly and accurately, which lay the foundation for precise modeling of coal body and digital mine construction.
机译:根据地质和遥感数据对复杂地质体进行3D模拟技术的研究是当前地球科学研究领域的热点问题。含断层的煤矿结构的模拟和表达是主要瓶颈。提出了一种新的3D交互式仿真建模方法,并为该方法开发了相关代码。通过使用该系统,可以交互地从煤层底板三角不规则网络(TIN)中获取故障数据,并根据断层/煤层相交线的计算结果,断层建模结果生成断层的3D实体模型中心线和故障建模影响范围。而且,包括断层在内的煤层底板轮廓可以快速而准确地更新,这为精确建模煤体和数字矿井建设奠定了基础。

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