Maryland_Spotlight_ExplosionModeling
University of Maryland computational explosion modeling finds that rock debris in coal mines can be conducive to detonation explosions View Final Report
University of Maryland computational explosion modeling finds that rock debris in coal mines can be conducive to detonation explosions View Final Report
Virginia Tech researchers find that rail and roof mesh can significantly extend transmission range of Magnetic Communication Systems (MCS). View Final Report
Virginia Tech researchers find high fractions of non-coal particles in respirable dust samples. View Final Report
Northeastern University researchers find that heavy surface mine equipment operators are likely to exceed ISO daily vibration limits when operating equipment for a full (8-hr shift). View Final Report
Longwall shearer scrubber reduces dust concentrations in face walkway by 74 pct and with 56 pct less dust leaving the longwall face. View Final Report
Colorado School of Mines constructs test facility and studies flame propagation through rock rubble to investigate explosive behavior in longwall gobs. View Final Report
University of California Berkeley study finds that failure to consider the healthy worker survivor bias can lead to highly misleading conclusions when analyzing the health impacts of hazardous exposures. View Final Report
Pressure Balancing Techniques Used to Control and Prevent Spontaneous Combustion in Underground Mines View Final Report
Colorado School of Mines developing device for checking rock dust to prevent mine explosions. View Grant Synopsis
University of Illinois researchers use surveillance, federal benefits, and state workers’ compensation data sets to study cardiopulmonary disease in miners. View Final Report
University of Nevada, Reno develops a new and innovative technology to recognize hazardous atmospheric conditions in a mine before their evolution toward an accident. View Final Report
West Virginia University incorporates brain-sensing headband into integrated surface mining safety system to eliminate equipment-related injuries. View Final Report
Colorado School of Mines Demonstrates that Squat Coal Pillars can Fail Violently Resulting in Coal Bumps View Final Report