第12章沉陷-白垩采矿

C. Edmonds
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引用次数: 3

摘要

古老的白垩和燧石矿山广泛分布于英格兰南部和东部。在国家Stantec采矿空洞数据库中记录了3500多个矿山,并且每年都有更多的矿山被发现。最古老的燧石矿可以追溯到新石器时代,最古老的白垩矿至少可以追溯到中世纪,可能是罗马时代。采矿最密集的时期是在19世纪,尽管一些采矿活动一直持续到20世纪。地雷的大小、形状和范围差别很大,有些类型只在特定地区发现。它们的范围从原始挖掘的钟坑到更广泛的柱式和摊位式采矿风格。这些矿山是为了一系列的工业、建筑和农业目的而建造的。采矿地点没有正式记录,因此大多数是在回填不良的竖井和坑道上的地面塌陷后发现的。下沉活动通常由暴雨或供水系统泄漏引发,对建筑环境和人员造成危害。需要有目的的地面调查来绘制矿山的工作图,并在沉陷事件发生后进行后续的地面稳定。在矿山可以安全进入的地方,有时可以通过加固而不是充填来稳定矿山。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Chapter 12 Subsidence – chalk mining
Abstract Old chalk and flint mine workings occur widely across southern and eastern England. Over 3500 mines are recorded in the national Stantec Mining Cavities Database and more are being discovered each year. The oldest flint mines date from the Neolithic period and oldest chalk mines from at least medieval times, possibly Roman times. The most intensive period for mining was during the 1800s, although some mining activities continued into the 1900s. The size, shape and extent of the mines vary considerably with some types only being found in particular areas. They range from crudely excavated bellpits to more extensive pillar-and-stall styles of mining. The mines were created for a series of industrial, building and agricultural purposes. Mining locations were not formally recorded so most are discovered following the collapse of the ground over poorly backfilled shafts and adits. The subsidence activity, often triggered by heavy rainfall or leaking water services, poses a hazard to the built environment and people. Purpose-designed ground investigations are needed to map out the mine workings and carry out follow-on ground stabilization after subsidence events. Where mine workings can be safely entered they can sometimes be stabilized by reinforcement rather than infilling.
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