Height Detection and Analysis of Water Flowing Fractured Zone of Coal Face

Ziyang Feng
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Abstract

Taking 91105 working face as the research object, the observation method of water flowing fractured zone and the layout of mining holes were determined by analyzing the field geological structure. It was shown that the fractured zone height and the ratio given by the measured method were 52.33 and 12.46, respectively. By the numerical simulation method with the software of UDEC, the fractured zone height and the ratio were 42.5 and 10.12. By comparison of measured height data and UDEC numerical simulation, there were some differences between the measured height and the calculated results of UDEC numerical simulation method. The method of simulation can be used as the technical basis for the design of waterproof coal pillar in the future.
采煤工作面流水裂隙带高度检测与分析
以91105工作面为研究对象,通过对现场地质构造的分析,确定了流水裂隙带观测方法和采孔布置。结果表明,实测方法给出的裂缝带高度为52.33,比值为12.46。利用UDEC软件进行数值模拟,得到裂缝带高度为42.5,裂缝带比值为10.12。通过对实测高度数据与UDEC数值模拟的比较,发现实测高度与UDEC数值模拟方法的计算结果存在一定的差异。该方法可作为今后防水煤柱设计的技术依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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