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Publications in
Mine Rock Behavior - Classification
Total Items found:
9
ASSESSMENT OF ROOF FALL RISK DURING RETREAT MINING IN ROOM AND PILLAR COAL MINES (2013)
Gurjar A.
,
Jagadala Pradaban V. A.
et al.
<p>One of the most challenging safety problems in room and pillar coal mines is roof fall phenomena during retreat mining. Roof fall not only causes fatal and non-fatal injuries on miners, stoppages in mining operations and equipment breakdowns, but ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
International Journal of Engineering Research & Technology (IJERT), Vol. 2 Issue 9, September - 2013.
ROCK MASS CHARACTERIZATION AND CONCEPTUAL MODELING OF THE PRINTZSKĂ–LD OREBODY OF THE MALMBERGET MINE, SWEDEN (2013)
Umar S. B.
,
Sjöberg J.
et al.
<p style="text-align: justify;">The LKAB Malmberget Mine is mined using sublevel caving. This mining method is cost-effective but results in successive caving of the host rock and mining-induced ground deformations. Consequently, re-locations of residential ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
Journal of Earth Sciences and Geotechnical Engineering, vol. 3, no. 4, 2013, 147-173 ISSN: 1792-9040 (print), 1792-9660 (online) Scienpress Ltd, 2013
ORIGINS OF SOME FRACTURES AROUND TABULAR STOPES IN DEEP SOUTH AFRICAN MINES (2012)
Van Aswegen G.
,
Stnder M.
The geometry and morphology of a set of low-angle fractures around a stope in a deep Witwatersrand gold mine are explained in terms of extension fractures forming under variable conditions of stress. Primary extension fractures (E1) form some distance ahead ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
The Journal of The Southern African Institute of Mining and Metallurgy, VOLUME 112, AUGUST 2012
SOME PITFALLS AND MISUSES OF ROCK MASS CLASSIFICATION SYSTEMS FOR MINE DESIGN (2012)
Potvin Y.
,
Dight P. M.
et al.
Classifying the rock mass is widely seen as being the fieldwork required to characterize the rock mass and enable the application of empirical design methods associated with the different classification systems. This paper argues that it is fundamentally important ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
The Journal of The Southern African Institute of Mining and Metallurgy, VOLUME 112, AUGUST 2012
APPLICATION OF THE BRITTLE FAILURE CRITERION TO THE DESIGN OF ROOF SUPPORT IN THE SOFT ROCKS OF COAL MINES (2011)
Seedsman R.
<p>The bilinear brittle failure criterion that utilizes the unconfined compressive strength (UCS) and a spalling limit of 3.4, together with a tensile strength cut-off can be used to model the height of failure above coal mine roadways. Transverse isotropy ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
R. Seedsman, Application of the Brittle Failure Criterion to the Design of Roof Support in the Soft Rocks of Coal Mines, 11th Underground Coal Operators' Conference, University of Wollongong & the Australasian Institute of Mining and Metallurgy, 2011, 60-72.
ASSESSING ROOF FALL HAZARDS FOR UNDERGROUND STONE MINES, A PROPOSED METHODOLOGY (2006)
Iannacchione A. T.
,
Prosser L. J.
et al.
Although some mines use monitoring techniques to gain additional information on roof stability, this practice is usually short-term and localized to address ground conditions in a particular section or part of the mine. A methodology to assess the risk for ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
2006 SME Annual Meeting and Exhibit, March 27-29, St. Louis, Missouri
THE STRENGTH OF HARD-ROCK PILLARS (2000)
Martin C. D.
,
Maybee W. G.
<p>Observations of pillar failures in Canadian hard-rock mines indicate that the dominant mode of failure is progressive slabbing and spalling. Empirical formulas developed for the stability of hard-rock pillars suggest that the pillar strength is directly ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
International Journal of Rock Mechanics & Mining Sciences 37 (2000)
BEHAVIOR OF SIMULATED LONGWALL GOB MATERIAL (1993)
Pappas D. M.
,
Mark C.
This report presents results of a U.S. Bureau of Mines study of longwall gob material. The objective of this work was to determine material stiffness properties of the gob for use in numerical models of rock mass response to longwall mining. Photographs of ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
U.S. Department of the Interior, Bureau of Mines, Report of Investigations 9458, 1993
BEHAVIOR OF A COAL PILLAR PRONE TO BURST IN THE SOUTHERN APPALACHIAN BASIN OF THE UNITED STATES (1990)
Iannacchione A. T.
This research has attempted to construct the stress and convergence profiles of the pillar in order to evaluate the ultimate strength, pillar deformation modulus, visco-elastic deformation, and violent failure characteristics during longwall mining. This information ...
Filed under:
Mining Engineering
-
Mine Rock Behavior - Classification
Reference:
Rockbursts and Seismicity in Mines. Fairhurst C., ed., A. A. Balkema, 1990 Aug
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