论文部分内容阅读
基于MATLAB语言,利用其丰富和稳定的矩阵计算和绘图功能,开发了开采沉陷预计可视化系统,预计系统不仅实现了单个工作面、多个工作面的动态和稳态开采沉陷预计,而且实现了预计结果的二维、三维以及动态可视化,为今后地下开采引起的损害分析提供了更加科学的依据。
Based on the MATLAB language and its rich and stable matrix calculation and mapping functions, a visualization system of mining subsidence is developed. It is estimated that the system not only realizes the dynamic and steady mining subsidence prediction of single working face and multiple working faces, but also realizes the prediction of subsidence, The two-dimensional, three-dimensional and dynamic visualization of the results provide a more scientific basis for future damage analysis caused by underground mining.