矿山三维模型无缝集成方法与研究

Study on the Methods of Three-dimensional Model Seamless Integration for Underground Mine

矿山三维模型构建是数字矿山建设过程中的核心和基础。基于复杂地质体和矿山地下工程体三维模型的构建过程,在集成建模的基础上,结合采矿学、地质学、计算机图形学、三维GIS理论及三维建模技术,针对矿山空间领域实体的无缝集成建模方法进行研究,探讨矿山空间各类实体无缝集成建模的原理及实现过程,在采矿设计、储量计算、虚拟仿真、决策支持等方面提供了新的思路和技术支撑。

The three - dimensional geological modeling basis features of three-dimensional modeling process of is the core and foundation for digital mine. In consideration of the complex geology bodies and subsurface engineering, based on the integrated modeling, the seamlessly integrated modeling for spatial entities of mine are studied, combined with mining industry, geology, computer graphics, 3D-GIS theory and 3D modeling technology, moreover, its principle and implementation process are discussed in the paper, which contribute to the underground mining design, calculation of mineral reserves, virtual reality, decision support system of underground mine.