【作者】 欧阳治华； 盛建龙； 全中学；

【Author】 Ouyang Zhihua Sheng Jianlong Quan Zhongxue (Wuhan University of Science and Technology)

【机构】 武汉科技大学；

【摘要】 矿山采矿生产系统的过程仿真对于优化矿山生产系统有着十分重要的意义。它可以帮助人们了解各种因素对生产系统的影响和指导矿山设计。采用当今流行的python计算机语言编写的SIMPY的模块,对无底柱崩落法的回采过程进行了仿真模拟。由于SIMPY技术可以很容易地仿真整个复杂的采矿系统,并可以无缝地连接到GDAS中间件中,和数字矿山中的其它系统共享数据,因此,它将有着广泛的应用前景。该系统也为今后金山店铁矿全面生产问题优化提供了一个数字一体化共享平台。更多还原

【Abstract】 Computer simulation of a mining production process in a mine may optimize the whole mining system significantly. The simulation can help people to understand what factor plays an important role in the mining system.Its results can be used as guidance in mine design.Sublevel caving system is simulated with a popular python-based SIMPY technique. Since its simplicity,the simulation can be expanded easily for the whole mine production system with seamless connection to GDAS middleware and sharing data from other system.This system also provides an information sharing platform in a digital mine for mining productions in Jingshandian Iron Mine.更多还原