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3-D Geological and Laneway Integrated Model of Mine Disaster

机译:三维地质和巷道综合模型

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To solve the problems in mine disaster rescue arising from separate geological model and laneway model, this paper proposes a multilayer 3-D model which combines the geological model, laneway model and 3-D visualization technique. We first elaborate the techniques needed in 3D model for complex geological body and laneway 3-D model. Then we establish an integrated 3-D model based on the multi-stratum 3-D geological model and 3-D laneway section model. Finally we design an implementation method which takes into consideration topological relationship of node-arc model with stratum lithology and node correlations. From that, we further apply the heuristic searching algorithm in our model and implement intelligent selection of emergency rescue routes. Our result demonstrates that this integrated system of 3-D geological model with laneway model and 3-D visualization technique has great practical value in rescue of mine disaster and in location of the disaster spot.
机译:为了解决从单独的地质模型和巷道模型产生的矿山灾难中的问题,提出了一种多层3-D模型,它结合了地质模型,巷道模型和3-D可视化技术。我们首先详细说明复杂地质体和巷道3-D型号3D模型所需的技术。然后,我们建立了基于多层次3-D地质模型和三维巷道段模型的集成3-D模型。最后,我们设计了一种实现方法,该方法考虑了具有层岩体和节点相关性的节点弧模型的拓扑关系。从中,我们进一步应用于我们的模型中的启发式搜索算法,并实现智能选择的紧急救援路线。我们的结果表明,这种带有巷道模型的三维地质模型和三维可视化技术的集成系统具有巨大的实用价值,探讨了矿区灾难和灾区位置。

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