AFC719-49_ARMA Paper
Support Design Using the Ground Reaction Curve and Support Reaction Curves at Underground Limestone Mines American Rock Mechanics Association. Castillo J., Cardenas Triana, C. and Agioutantis, Z
Support Design Using the Ground Reaction Curve and Support Reaction Curves at Underground Limestone Mines American Rock Mechanics Association. Castillo J., Cardenas Triana, C. and Agioutantis, Z
Proof-Of-Concept Work to Demonstrate Optical Microscopy with Image Analysis as A Tool for Semi-Continuous Coal Mine Dust Monitoring Follow up Research to 3rd Solicitation for Research Grants (AFC316FO) Virginia Tech (Grant AFC316FO-74)
Analysis of Coal Mine Seal Integrity from Explosively Driven Projectiles Solicitation and Call for Proposals (AFC719) Missouri University of Science and Technology (Grant AFC719-31)
PoroSense: An Intrinsically Safe, Distributed Fiber-optic Gas Sensing Platform for Underground Mines Solicitation and Call for Proposals (AFC719) Virginia Tech (Grant number AFC719-29)
Systematic Evaluation of Multi-axial Suspension to Reduce Whole Body Vibration Exposures in Heavy Equipment Mining Vehicle Operators Oregon State University (Grant AFC316-61)
Methane Watchdog Network – A Cost Effective Approach to Longwall Methane Monitoring and Control West Virginia University (Grant AFC719-68)
Prototype Development of a Hybrid Geopolymer-Biopolymer Cementitious Material For Pumpable Roof Support University of Arizona (Grant AFC518SP-94)
Early-Warning Safety Hazard Predictor for Preventive Ventilation Management University of Nevada Reno (Grant AFC114-03)
Development of Guidance for the Selection and Use of Atmospheric Monitoring Systems to Improve Decision-Making During Routine and Post-Accident Operations Penn State University (Grant AFC215-01)
Study of the Impact of Macro-Seal Fractures on Seal Integrity University of Kentucky (Grant number AFCRFP20-131)
Time Dependent Pumpable Roof Support Assessment University of Arizona (Grant number AFCRFP20-123)
Towards Reducing Rib Hazards in Underground Coal Mines by Improvement of the Coal Pillar Rib Rating (CPRR) System Missouri University of Science & Technology (Grant number AFCRFP20-112)
Minimizing Rib Failure Hazard: Mapping Tool and Demonstration for Low Cost, High Resolution Rib Monitoring Colorado School of Mines (Grant number AFCRFP20-111)
Comprehensive Atmospheric Monitoring in Underground Coal Mines: Long Term Critical Trend Analysis and Tablet-Based Communication University of Kentucky (Grant Number AFCTG20-103)
Mine-Specific, Geology-Dependent Pillar and Standing-Support Design Tools West Virginia University (Grant Number AFC719FO-101)
Research and Refinement of a Methane Watchdog System to Improve Longwall Mine Safety West Virginia University (Grant Number AFC719FO-100)
Methane Watchdog System – A Cost Effective Approach to Longwall Methane Monitoring and Control Solicitation and Call for Proposals (AFC719) West Virginia University (Grant AFC719-68)
Numerical Modeling of Overburden and Pillar Mechanics for Determination of Global Ground Stability in Underground Coal Mines Solicitation and Call for Proposals (AFC719) Colorado School of Mines (Grant AFC719-67)
Control of Hazardous Gas Emissions to Longwall Face and Bleeder System: Laboratory Experiments, Modeling and Field Monitoring Solicitation and Call for Proposals (AFC719) Penn State University (Grant AFC719-27)
A Practical, Mechanics Based Approach to Pillar Design Solicitation and Call for Proposals (AFC719) West Virginia University (Grant AFC719-15)
Removal of DPM, Silica, and Coal Dust Using High Volume Fog Generation 3rd Solicitation for Research Grants (AFC316) Clemson University (Grant AFC316-42)
Improved Face Ventilation for Extended-Cut Continuous Mining Using a Wing Regulator and Scrubber Control System 2nd Solicitation for Single Investigator Research Grants University of Kentucky (Grant AFC215-15)
Application of the Ground Response Curve for Understanding the Overburden Load Transfer Mechanism Published in 38th International Conference on Ground Control in Mining West Virginia University (Grant AFC719-15)
Collecting mine dust particles with liquid-coated vibrating meshes, Phase 2 Second Phase Technology Development Grants (AFC518SP) Virginia Tech (Grant AFC518SP-89)
A Smart Device for Mine Dust Characterization and Coal Workers’ Health Improvement: Combining Non-Destructive, Element-Specific X-ray CT with Big Data Analytics & Machine Learning Solicitation and Call for Proposals for Technology Development Grants (AFC518) Virginia Tech (Grant AFC518-40)