UTAH

作品数：48被引量：38H指数：3
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Pillar design and coal burst experience in Utah Book Cliffs longwall operations被引量：1
《International Journal of Mining Science and Technology》2021年第1期33-41,共9页Christopher Mark Michael Gauna 
Longwall mining has existed in Utah for more than half a century.Much of this mining occurred at depths of cover that significantly exceed those encountered by most other US longwall operations.Deep cover causes high ...
关键词：LONGWALL Ground control Coal burst Pillar design Yield pillar 
Laboratory investigation of the anisotropic confinement-dependent brittle-ductile transition of a Utah coal被引量：1
《International Journal of Mining Science and Technology》2021年第1期51-57,共7页Bo-Hyun Kim Mark K.Larson 
The authors would like to thanks to Steve Berry at Montana Tech for his working on the lab testing.
This paper was developed as part of an effort by the National Institute for Occupational Safety and Health(NIOSH)to identify risk factors associated with bumps in the prevention of fatalities and accidents in highly s...
关键词：Bump-prone ground conditions A Utah coal ANISOTROPIC Equivalent W/H ratios of a pillar 
Comparison of closure measurements with finite element model results in an underground coal mine in central Utah
《International Journal of Mining Science and Technology》2019年第1期9-15,共7页William G.Pariseau Michael K.McCarter Jessica M.Wempen 
Financial support by the National Institute of Safety and Health under Contract 200-2016-90240, MIS Analysis and DINSAR Measurements-Tools for Improving Mine Ground Control Safety is gratefully acknowledged
Quantitative analysis of mine-wide subsidence at the kilometer scale and details of stress distribution about an advancing longwall face are estimated using an adaptation of the finite element method. The method is we...
关键词：Finite element MODELING LONGWALL mining MINE SUBSIDENCE Stress MODELING 
Comparison of L-band and X-band differential interferometric synthetic aperture radar for mine subsidence monitoring in central Utah被引量：10
《International Journal of Mining Science and Technology》2017年第1期159-163,共5页Jessica M.Wempen Michael K.McCarter 
Funding for this research was provided by the National Institute for Occupational Health and Safety(NIOSH)
Differential interferometric synthetic aperture radar(DIn SAR), a satellite-based remote sensing technique, has potential application for measuring mine subsidence on a regional scale with high spatial and temporal re...
关键词：Mine subsidence DINSAR Terra SAR-X ALOS Interferometry 
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