摘要
黄湖两用堤为1级大堤,是东平湖蓄滞洪区的重要组成部分,而泰西煤矿是拟建的中小型矿井,该矿井建成后,可以部分有效缓解山东省资源短缺的状况。根据目前的规划,泰西煤矿部分采区位于东平湖蓄滞洪区范围内。文中结合堤防水利工程的结构特点,利用Seep/W模块及STAB软件,对在煤层开采情况下黄湖两用堤的渗透稳定及抗滑稳定进行分析,采用综合的研究手段,在保证黄湖两用堤安全运行的同时,提出了较为合理的可行性采煤方案。
Huanghu Dual Purpose Dike is a class Ⅰ dike, which is an important part of Dongping Lake Flood Storage and Detention Area. Taixi Coal Mine is a small and medium-sized mine planned to be built. After completion of the mine, it can partially and effectively alleviate the shortage of resources in Shandong Province. According to the current plan, part of the mining area of The Taixi Coal Mine is located in the Dongping Lake Flood Storage and Detention Area. In this paper, combined with the structural characteristics of dike water conservancy project, Seep/W module and STAB software are used to analyze the seepage stability and anti-slip stability of Huanghu Dual Purpose Dike under the condition of coal mining. By using comprehensive research means, a more reasonable and feasible coal mining scheme is put forward while ensuring the safe operation of Huanghu Dual Purpose Dike.
作者
刘洪铖
邢旭飞
于士程
LIU Hong-cheng;XING Xu-fei;YU Shi-cheng
出处
《东北水利水电》
2022年第5期66-67,72,共3页
Water Resources & Hydropower of Northeast China
关键词
堤下采煤
堤防工程
渗透稳定
抗滑稳定
黄湖两用堤
coal mining under levee
dike engineering
seepage stability
anti-slip stability
Huanghu Dual Purpose Dike
