Selected elements of rock burst state assessment in case studies from the Silesian hard coal mines

Mining Science and Technology

Volumn 19, Issue 5, 2009, Pages 660-667

  KABIESZ, Józef ^a   MAKÓWKA, Janusz ^a  

^a CENTRAL MINING INSTITUTE   (Poland)

Author keywords

case studies; coal mine; rock bursts control

Indexed keywords

CASE STUDIES; COAL SEAMS; COMPREHENSIVE METHOD; COMPREHENSIVE SYSTEM; DRILLING METHODS; HARD COAL; LEGAL ASPECTS; LOW DIAMETERS; MINING OPERATIONS; ROCK MASS; ROCK MASS CLASSIFICATION; ROCK MASS DEFORMATION; ROCK STRENGTH; SEISMIC EVENT; SEISMO-ACOUSTIC METHODS; SILESIAN COALS; STANDARD METHOD; STATE ASSESSMENT; STATE EVALUATION; SURFACE INFRASTRUCTURES;

COAL; COAL DEPOSITS; COAL INDUSTRY; COAL MINES; GAS HAZARDS; MINES; MINING; PARAMETER ESTIMATION; RESEARCH; ROCK BURSTS; ROCK DRILLING; ROCK MECHANICS; ROCK PRESSURE; SEISMOLOGY;

ROCKS;

EID: 70349986978     PISSN: 16745264     EISSN: None     Source Type: Journal    
DOI: 10.1016/S1674-5264(09)60123-X     Document Type: Article

References (11)

1. Dubiński J. Seismic method of advanced assessment of mining tremor hazard in hard coal mines. In: Scientific Works of GIG. Katowice, 1989. (In Polish)
2. Kabiesz J, Konopko W, Je{ogonek}drzejec E. Improved analytically-empirical method of stress field prediction in the rock mass. In: Documentation of the Scientific-Research Work of GIG with the Symbol 200402BT. Katowice, 1994. (In Polish)
3. Biliński A. Methods of support selection of longwall extraction and roadway workings for exploitation field conditions. In: Scientific Works-Monographs of CMG KOMAG. Gliwice, 2005. (In Polish).
4. Makówka J. Rock Burst Hazard as a Criterion of Renunciation of Extraction of a Part of Hard Coal Seam (1999), Central Mining Institute, Katowice [Ph.D. dessertation]. (In Polish)
5. Drzewiecki J. Impact of longwall front advance on the dynamics of Carboniferous rock mass destruction. In: Scientific Works of GIG. Katowice, 2004. (In Polish)
6. Rajwa S, Płonka M, Lubosik Z, Walentek A, Masny W. Principles of safe use of powered supports. In: Proceedings of the School of Underground Mining. Ukraine, 2008. (In Russian).
7. Drzewiecki J, Iwaszenko S. Elaboration of the algorithm of dynamic phenomena energy prognosis for the assessment of the rock burst hazard. Scientific-Research Works of GIG. Katowice, 2006. (In Polish)
8. Konopko W. Experimental bases of classification of mine workings in hard coal mines among rock burst hazard degrees. Scientific Works of GIG. Katowice, 1994. (In Polish)
9. Makówka J, Kabiesz J. Prediction of sites and energy of seismic tremors-methods and results. In: Proceedings of the Conference Mining Natural Hazards. Ustron, 2005. (In Polish).
10. Barański A, Drzewiecki J, Kabiesz J, Konopno W, Kornowski J, Krzyżowski A, Mutke G. Comprehensive method of assessment of the rock burst hazard state. In: Principles of Application of the Comprehensive Method and Detailed Methods of Rock Burst Hazard State Assessment in Hard Coal Mines. Ustron, 2007. (In Polish)
11. Kabiesz J. The investigation of rock burst hazard categorisation with the use of neural networks. Mining and Environment VII (2008) 105-116 (In Polish)