大众科技
大衆科技
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DAZHONG KEJI
2012年
1期
198-201
,共4页
弹性势能%工程地质调查%顶板稳定性%破坏方式
彈性勢能%工程地質調查%頂闆穩定性%破壞方式
탄성세능%공정지질조사%정판은정성%파배방식
elastic potential energy%engineering,geological survey%roof stability%failure modes
广西高峰矿业有限责任公司是一家有色金属采选为主的矿业企业,位于广西南丹县大厂镇,随着矿山采矿的深入,高峰公司随着开采深度的增加,深部矿岩体内部的应力越来越大,岩体弹性势能释放和开裂破坏比较普遍,地压活动破坏、地震扰动破坏和生产破坏越来越严重,给生产安全带来不利的影响。通过在高峰深部矿岩体进行广泛的工程地质调查,对井下矿岩体的整体结构性、稳定性和岩体质量进行了评价,总结了高峰公司井下顶板破坏形式,提出了高峰公司深部矿岩体顶板稳定性分级管理的方法和顶板划分指标,针对:不同级别不同破坏方式的顶板提出了相应的支护手段、控制措施和监测方法。为作业区域采场设计、施工提供可靠的矿岩体工程地质依据。
廣西高峰礦業有限責任公司是一傢有色金屬採選為主的礦業企業,位于廣西南丹縣大廠鎮,隨著礦山採礦的深入,高峰公司隨著開採深度的增加,深部礦巖體內部的應力越來越大,巖體彈性勢能釋放和開裂破壞比較普遍,地壓活動破壞、地震擾動破壞和生產破壞越來越嚴重,給生產安全帶來不利的影響。通過在高峰深部礦巖體進行廣汎的工程地質調查,對井下礦巖體的整體結構性、穩定性和巖體質量進行瞭評價,總結瞭高峰公司井下頂闆破壞形式,提齣瞭高峰公司深部礦巖體頂闆穩定性分級管理的方法和頂闆劃分指標,針對:不同級彆不同破壞方式的頂闆提齣瞭相應的支護手段、控製措施和鑑測方法。為作業區域採場設計、施工提供可靠的礦巖體工程地質依據。
엄서고봉광업유한책임공사시일가유색금속채선위주적광업기업,위우엄서남단현대엄진,수착광산채광적심입,고봉공사수착개채심도적증가,심부광암체내부적응력월래월대,암체탄성세능석방화개렬파배비교보편,지압활동파배、지진우동파배화생산파배월래월엄중,급생산안전대래불리적영향。통과재고봉심부광암체진행엄범적공정지질조사,대정하광암체적정체결구성、은정성화암체질량진행료평개,총결료고봉공사정하정판파배형식,제출료고봉공사심부광암체정판은정성분급관리적방법화정판화분지표,침대:불동급별불동파배방식적정판제출료상응적지호수단、공제조시화감측방법。위작업구역채장설계、시공제공가고적광암체공정지질의거。
Guangxi peak Mining Co., Ltd. is a non-ferrous metal mining and mining-based company, located in Nandan County, Guangxi Dachang Town, with mining mining depth, the peak increase in company with mining depth, deep inside the mine rock stress growing, the release of elastic potential energy rock and cracking damage is relatively common, damage to pressure activity, earthquake damage and disturbance produced more and more serious damage, to produce adverse effects on safety. Peak of the deep mine by a wide range of rock engineering geological survey, the overall structural rock underground mines, stability, and rock quality evaluation, summed up the peak's mine roof failure mode, the company made a deep mine rock peak stability hierarchical management methods and roof into indicators for different levels of roof made of different failure modes corresponding supporting means, control measures and monitoring methods. Operating area for the stope design and construction to provide a reliable basis for mine rock engineering geology