摘要
三维地质建模是实现矿井智能化的必要环节,对提高矿井智能化水平具有重要意义。提出一种透明地质可视化平台的构筑方法,将实施过程分为3个主要步骤,即多源数据采集,多源数据的归一化编程,模型的数字化重构。以马泰壕煤矿3105工作面为研究对象,在现有地质资料的基础上,通过3DMine软件建立了矿山地质数据库,并构建了断层、地层和巷道模型,实现了地质模型的三维可视化,为实现马泰壕煤矿3105工作面智能化开采奠定了基础。
3D geological modeling is a necessary link to realize mine intelligence,which is of great significance to improve the level of mine intelligence.In this paper,a construction method of transparent geological visualization platform was proposed,the implementation process was divided into three main steps:multi-source data acquisition,multi-source data normalization programming and model digital reconstruction.Taking 3105 working face of Mataihao Coal Mine as the research object,based on the existing geological data,the mine geological database was established through 3DMine software,and the fault,stratum and roadway models were constructed,which realized the 3D visualization of the geological model and laid a foundation for the intelligent mining of 3105 working face of Mataihao Coal Mine.
作者
朱战斌
王泽亮
王宏伟
李闪光
蒋浩
ZHU Zhanbin;WANG Zeliang;WANG Hongwei;LI Shanguang;JIANG Hao(Inner Mongolia Ordos Yongmei Mining Industry Co.,Ltd.,Ordos,Inner Mongolia 017212,China;China University of Mining and Technology-Beijing,Haidian,Beijing 100083,China)
出处
《中国煤炭》
2021年第S01期103-110,共8页
China Coal
关键词
马泰壕煤矿
智能化开采
三维地质模型
可视化平台
透明地质
Mataihao Coal Mine
intelligent mining
3D geological model
visualization platform
transparent geology
