CAJ | 학술논문

依据矿山开采沉陷相关理论，以概率积分法数学模型为基础、运用基于实测数据求参原理与方法，结合相关软件设计开发了矿山开采沉陷可视化系统。为研究矿区地表移动变形分布及岩移参数求取提供了技术支持。结合系统应用实例，利用地表观测数据拟合求参，对该矿其他工作面及类似地质条件矿区开采沉陷预计提供借鉴作用。
의거광산개채침함상관이론，이개솔적분법수학모형위기출、운용기우실측수거구삼원리여방법，결합상관연건설계개발료광산개채침함가시화계통。위연구광구지표이동변형분포급암이삼수구취제공료기술지지。결합계통응용실례，이용지표관측수거의합구삼，대해광기타공작면급유사지질조건광구개채침함예계제공차감작용。
Based on the mining subsidence theory, mathematical model of probability integral method and basic principle and method of calculating rock movement parameters with measured data, combined with the relevant soft-ware, a visualization system of mining subsidence was designed, which can provide technical support for the study on distribution of mining surface subsidence and deformation and calculation of rock movement parameters. Com-bined with application case, the rock movement parameters were obtained by using the observation data of ground surface. It provides reference for subsidence forecast in other working face of the mine and other mine areas with similar geological conditions.