矿山地质结构中的数学模拟架构构建研究

Research on construction of mathematical simulation framework in mine geological structure

现代社会对于矿产能源的需求日益增加,但很多矿山区域经过长期的开采,都出现了不同程度的资源枯竭、矿体老化现象,地质结构和生态环境也被严重破坏。为了实现矿产行业的可持续发展,应对矿山实施科学勘探和开采新。由于矿山的地质结构比较复杂,在对其进行规划、勘探、设计、开采的过程中,经常遇到很多地质结构问题,因此,要利用现代化的勘探仪器和计算机技术,对矿山生物地质结构构建数学模拟架构。应从数字模拟架构的设计原则入手,详细分析矿山的数学模拟架构构建要素,包括数学模拟架构的基本组成、逻辑组织、拓扑关系,最后分析矿山地层数据的参数化表达方式,使矿山的地质结构和属性变化规律更加精准立体,以提高矿产资源的找矿探矿效率,并在保护矿山区域地质环境、防治地质灾害的前提下,最大化地开发矿山的经济效益。

The demand for mineral energy in modern society is increasing day by day,but after long-term mining in many mining areas,there are various degrees of resource depletion,ore body aging phenomenon,geological structure and ecological environment have been seriously damaged.In order to realize the sustainable development of the mineral industry,we should implement scientific exploration and mining.Due to the complex geological structure of the mine,many geological structure problems are often encountered in the process of planning,exploration,design and mining.Therefore,it is necessary to use modern exploration instruments and computer technology to build a mathematical simulation framework for the mine biological geological structure.Starting from the design principles of digital simulation architecture,this paper analyzes in detail the construction elements of the mathematical simulation architecture of the mine,including the basic composition,logical organization and topological relationship of the mathematical simulation architecture,and finally analyzes the parameterized expression of the mine stratum data,so as to make the geological structure and attribute change law of the mine more accurate and three-dimensional,so as to improve the prospecting efficiency of mineral resources,and improve the mining efficiency On the premise of protecting the regional geological environment and preventing geological disasters,the economic benefits of mining should be maximized.