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Preventing Injuries Caused by Unrecognized Stone Mine Roof Beam Failures with a Pro-Active Roof Control Plan

机译：采用主动式顶板控制方案防止无法识别的石矿顶板梁失效造成的伤害

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Unrecognized roof beam failures resulted in 69% of the falls of ground injuries occurring in underground U.S. stone mines from 1990 to 1996. Field investigations at 45 underground stone mines suggest that excessive beam sag or deflection is the principal unstable roof behavior characteristics associated with miner injuries. Laminated roof structures, common in most underground stone mines, allow the immediate roof separate into distinct beams. The timely determination of roof beam deflection could provide stone miners with advanced knowledge of potentially hazardous roof.

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作者
Iannacchione, A. T.; Prosser, L. J.; Grau, R.; Oyler, D. C.; Dolinar, D. R.;
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年度 2005
页码 p.1-14
总页数 14
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Underground mining; Stresses; Failures; Beams(Supports); Stability;

机译：地下采矿;应力;失效;梁（支撑）;稳定性;

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专利

1. Roof monitoring helps prevent injuries in stone mines [J] . A. T. Iannacchione, L. J. Prosser, R. Grau, Mining Engineering . 2000,第11期

机译：屋顶监控有助于防止石材矿山受伤
2. Roof control, pillar stability and ground control issues in underground stone mines [J] . D. Newman Mining Engineering . 2017,第8期

机译：地下石矿屋顶控制，支柱稳定性和地面控制问题
3. Failure pattern of large-scale goaf collapse and a controlled roof caving method used in gypsum mine [J] . Chen Lu, Zhou Zilong, Zang Chuanwei, Geomechanics and engineering . 2019,第4期

机译：石膏矿采空区大崩塌破坏模式及控制顶板冒顶方法
4. Failure Characteristics of Roof Falls at an Underground Stone Mine in Southwestern Pennsylvania [C] . Anthony T. lannachione, Thomas E. Marshall, Leonard J. Prosser International conference on ground control in mining . 2001

机译：宾夕法尼亚西南部地下石矿顶崩塌的破坏特征
5. DEVELOPMENT OF DESIGN GUIDELINES AND ROOF-CONTROL STANDARDS FOR COAL - MINE ROOFS [D] . UNAL, ERDAL 1983

机译：煤矿屋面设计准则和屋面控制标准的制定。
6. Analysis of roof and pillar failure associated with weak floor at a limestone mine [O] . Michael M. Murphy, John L. Ellenberger, Gabriel S. Esterhuizen, -1

机译：石灰岩矿山与弱底板相关的顶板和支柱破坏分析
7. ULTIMATE STRENGTH OF REINFORCED CONCRETE CYLINDRICAL SHELL ROOFS WITH VERTICALLY SUPPORTED EDGE BEAMS : Analyzing procedure of an orthotropic cylindrical shell roof and ultimate strength evaluating procedures of barrel concrete shells roof with the beams [O] . Youichi MINAKAWA 1993

机译：垂直支撑边梁钢筋混凝土圆柱形壳屋顶的终极强度：用梁的枪管混凝土壳屋顶的正交圆柱形壳屋顶和最终强度评价程序的分析
8. Design Criteria for Roof Bolting Plans Using Fully Resin-Grouted Nontensioned Bolts to Reinforce Bedded Mine Roof. Volume V. Synthesis and Design Criteria [R] . Gerdeen, J. C. , Snyder, V. W. , Viegelahn, G. L. , 1977

机译：采用全树脂灌浆非拉伸螺栓加固层状矿顶的锚杆支护设计标准。第五卷。合成和设计标准

Preventing Injuries Caused by Unrecognized Stone Mine Roof Beam Failures with a Pro-Active Roof Control Plan

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