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针对地下矿突水三维可视化仿真,基于矿山复合场理论,通过对水灾漫延过程中各场量参数的空间几何性、分布性、矢量性和时序性进行分析,给出属性空间的拓扑关系,构建了地下矿突水仿真的一体化动态模型,提出了相关属性的可视化仿真方法.通过对空间场量进行体素化和场量化处理,以时间为步长,实现了水灾漫延过程的动态可视化表达.以某典型地下矿山为例,通过对相关数据进行整理分析,实现了水灾漫延过程的动态可视化仿真,验证了地下矿突水一体化模型的可行性和有效性.
Aimed at the three-dimensional visual simulation of underground mine water inrush, based on the theory of mine complex field, the topological relations of attribute space are given through the analysis of spatial geometry, distribution, vector and time series of the various parameters in the flood process. The integrated dynamic model of underground mine water inrush simulation was put forward and the visual simulation method of related attributes was put forward.The dynamic visualization of the process of flood disaster was realized by voxelization and field quantification of space field in time Taking a typical underground mine as an example, the dynamic visual simulation of flood process is realized by analyzing the relevant data, and the feasibility and effectiveness of the integrated model of underground mine water inrush are verified.