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TitleCapabilities, limitations and the use of the GEOROC computer package
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LicencePlease note the adoption of the Open Government Licence - Canada supersedes any previous licences.
AuthorYu, Y S
SourceCanada Centre for Mineral and Energy Technology, Mining Research Laboratories, Division Report 87-100 (OP), 1987, 15 pages Open Access logo Open Access
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Year1987
PublisherCanada Department of Mines and Technical Surveys
Documentserial
Lang.English
Mediapaper; on-line; digital
File formatpdf
Subjectsmathematical and computational geology; Science and Technology; computer applications; software; mines; modelling; potash
Illustrationsplots; diagrams; tables
Released1987 01 01
AbstractComputer codes have been used by various researchers in modelling viscoelastic formations, with a good degree of success. Serata used a complex rheological model, REM (Rheological Element Model) code, to simulate mine openings [2]. Others, in the U.S. Nuclear Waste Isolation Programme, have evaluated the capability of various codes for the design of nuclear waste repository [3]. Because of the proprietary nature of the above codes, they are not available to mine operators in Canada. Consequently, in 1984, CANMET initiated a research project to develop a numerical modelling package for use in the design of underground potash mine openings. GEOROC is the resultant computer program; it was developed by RE/SPEC Ltd., of Calgary under contract to CANMET. In recent years, computer simulation is playing an increasingly important role in evaluating the short and long term structural stability of underground mine openings, and in ground control studies related to mine design and layout. Such simulations are increasingly being used in the design of underground salt and potash mines. Because of the viscoelastic nature of salt rock formations, simulation models must take into consideration their time dependent properties if they are to correctly predict opening closures, ground stresses, and ground stability based on prescribed failure criteria. This presentation describes the capabilities, limitations and the use of computer code - GEOROC. A case history in which GEOROC is used to simulate a typical room and pillar mining section of a Western Canadian potash mine is provided. Predicted ground behaviour using the code is compared with actual behaviour as determined through field measurements. Results indicate that good correlation exits between predicted and measured ground behaviour, and is an encouragement to greater use of modelling in mine stability studies related to mine design.
GEOSCAN ID325534

 
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