基于三维可视化的综采工作面过断层开采工艺仿真研究

Research on Virtual Simulation of Cross-fault Mining at Fully-mechanized Coal Face Based on Three-dimensional Visualiation

以淮南矿业集团某矿3232(3)综采工作面跨断层回采为研究对象,利用FLAC3D连续力学分析软件对回采工作面进行了数值仿真分析。依据数值软件仿真结果与矿井设计资料,通过3D MAX、Converse 3D三维仿真软件,创建综采工作面跨断层回采工艺三维可视化仿真系统。为综采工作面复杂地质条件下回采积累了经验。

Taking Cross-fault mining at 3232( 3) fully-mechanized mining face in a coal mine of Huainan mining industry group as aresearch object,presenting a simulation analysis of the mining working face by using FLAC3 D,a continuous mechanical analysis software. Based on the simulation results of numerical software and the mine design data,determines the machinery and equipment of the mining face. At last,a3 D visualization simulation of the Cross-fault mining at fully-mechanized mining face is performed by 3D MAX and Converse 3D. This study will provide theoretical guidance for the research of the Cross-fault mining at fully-mechanized mining face.