12
Duncan-Fama, M.E. and Pender, M.J. (1980). Analysis of
the Hollow Inclusion Technique for Measuring In-situ
Rock Stress. In: International Journal of Rock Mechanics
and Mining Sciences &Geomechanics Abstracts (Vol. 17,
No. 3), pp. 137–146.
Earth Sciences (2020). 3D Stress CSIRO Analogue HI
Cell. Retrieved from www.essearth.com/product
/3d-stress-cell-csiro-hollow-inclusion-hi-cell/.
ESG Solutions. (n.d.). Microseismic Subsurface
Diagnostics. Retrieved from www.esgsolutions.com/.
Gearhart, D.F., Esterhuizen, G.S., and Tulu, I.B. (2017).
Changes in Stress and Displacement Caused by
Longwall Panel Retreats. In: Proceedings of the 36th
International Conference on Ground Control in Mining.
Morgantown, WV. pp. 313–320.
GEOKON (2023). Biaxial Stressmeters (VW) |Model
4350. Retrieved from www.GEOKON.com/4350.
GEOKON (2020). Model 3000 Load Cell. Retrieved
from www.GEOKON.com/content/manuals/3000
_Resistance_Type_Load_Cell.pdf.
GEOKON (2019). Instruction Manual Model 4350BX
Biaxial Stressmeter. Retrieved from www.GEOKON.
com/content/manuals/4350BX_Biaxial_Stressmeter.
pdf.
Golder Associates (2013). MIDAS (Miniature Data
Acquisition System) USER MANUAL: ISSUE 2. doi:
10.13140/RG.2.2.28342.19520.
Institute of Mine Seismology. (2013). IMS-SPEC-
GEO14BOREHOLE Specification Sheet. Retrieved
from software5.imseismology.org//ims-hardware
/specsheets/IMS-SPEC-GEO14BOREHOLE-
20130430-MG.pdf.
Institute of Mine Seismology. (n.d.). Seismic Sensors |
Geophones &Accelerometers. Retrieved from www
.imseismology.org/sensors/.
ITW Performance Polymers (2022). “Plexus ® MA300
Technical Data Sheet.” Retrieved from itwperformance
polymers.com/wp-content/uploads/MA300-Data
-Sheet_Rev10.pdf.
Jones, T. (2012). Knowledge is Power: Introducing the
Midas, a New Permissible Datalogging System for Use
in Mines. In: the Proceedings of the 31st International
Conference Ground Control in Mining.
Klemetti, T.M., Sears, M.M., and Tulu, I.B. (2017).
Design Concerns of Room and Pillar Retreat
Panels. International Journal of Mining Science and
Technology, 27(1). www.sciencedirect.com/science
/article/pii/S2095268616301896.
Klemetti, T.M., Van Dyke, M.A., and Tulu, I.B. (2018).
Deep Cover Bleeder Entry Performance and Support
Loading: A Case Study. International Journal of Mining
Science and Technology, 28(1), 1–10. doi:10.1016
/j.ijmst.2017.12.001.
McElhinney, M., Compton, C., Mazzella, M., Minoski,
T., Sears, M., Morris, M., and Bright, J. (2023).
“Field Instrumentation and Data Analysis of Ground
Movement and Pillar Performance at the Maple Eagle
Mine in Southern West Virginia.” In Proceedings of the
42nd International Conference on Ground Control in
Mining. Canonsburg, PA.
Mine Design Technologies (2018). MPBX User Guide
(Version 2.0). Retrieved from mdt.ca/wp-content
/uploads/2023/02/2018.03.22-MPBX-User-Guide-
V2.0.pdf.
Miller, T.C. and Sporcic, R. (1964). Development of a
Hydraulic Device for Measuring Relative Pressure
Changes on Coal During Mining -A Progress Report.
Bureau of Mines R.I. 6571. 13p.
MINOVA (2019). Technical Data Sheet: TURMAG
Drilling Machine. Retrieved from www.minovaglobal
.com/media/2747/tds-turmag-drilling-machine.pdf.
Panek, L.A. and Stock, L.A. (1964). The Development of a
Rock Stress Monitoring Station Based on the Flat Slot
Method of Measuring Existing Rock Stress. Bureau of
Mines R.I. 6537. 61p.
Rashed, G., Mohamed, K., and Kimutis, R. (2021). A
Coal Rib Monitoring Study in a Room-and-Pillar
Retreat Mine. International Journal of Mining Science
and Technology, 31(1). www.sciencedirect.com/science
/article/ pii/S2095268620309460.
Slaker, B., Murphy, M., Rashed, G., Gangrade, V., Van Dyke,
M., Minoski, T., and Floyd, K. (2021). Monitoring of
Multiple-level Stress Interaction at Two Underground
Limestone Mines. Mining, Metallurgy &Exploration,
38, 623–633. doi.org/10.1007/s42461-020-00345-z.
Van Dyke, M.A., Su, W.H., and Wickline, J. (2018).
Evaluation of Seismic Potential in a Longwall Mine
with Massive Sandstone Roof Under Deep Overburden.
International Journal of Mining Science and Technology,
28(1). doi.org/10.1016/j.ijmst.2017.11.017.
Zahl, E.G., Dunford, J.P., Larson, M.K., Brady, T.M.
and Chen, J. (2002). Stress Measurements for Safety
Decisions in Longwall Coal. In: Proceedings of the 21st
International Conference on Ground Control in Mining,
August 6–8, 2002, Morgantown, West Virginia.
Duncan-Fama, M.E. and Pender, M.J. (1980). Analysis of
the Hollow Inclusion Technique for Measuring In-situ
Rock Stress. In: International Journal of Rock Mechanics
and Mining Sciences &Geomechanics Abstracts (Vol. 17,
No. 3), pp. 137–146.
Earth Sciences (2020). 3D Stress CSIRO Analogue HI
Cell. Retrieved from www.essearth.com/product
/3d-stress-cell-csiro-hollow-inclusion-hi-cell/.
ESG Solutions. (n.d.). Microseismic Subsurface
Diagnostics. Retrieved from www.esgsolutions.com/.
Gearhart, D.F., Esterhuizen, G.S., and Tulu, I.B. (2017).
Changes in Stress and Displacement Caused by
Longwall Panel Retreats. In: Proceedings of the 36th
International Conference on Ground Control in Mining.
Morgantown, WV. pp. 313–320.
GEOKON (2023). Biaxial Stressmeters (VW) |Model
4350. Retrieved from www.GEOKON.com/4350.
GEOKON (2020). Model 3000 Load Cell. Retrieved
from www.GEOKON.com/content/manuals/3000
_Resistance_Type_Load_Cell.pdf.
GEOKON (2019). Instruction Manual Model 4350BX
Biaxial Stressmeter. Retrieved from www.GEOKON.
com/content/manuals/4350BX_Biaxial_Stressmeter.
pdf.
Golder Associates (2013). MIDAS (Miniature Data
Acquisition System) USER MANUAL: ISSUE 2. doi:
10.13140/RG.2.2.28342.19520.
Institute of Mine Seismology. (2013). IMS-SPEC-
GEO14BOREHOLE Specification Sheet. Retrieved
from software5.imseismology.org//ims-hardware
/specsheets/IMS-SPEC-GEO14BOREHOLE-
20130430-MG.pdf.
Institute of Mine Seismology. (n.d.). Seismic Sensors |
Geophones &Accelerometers. Retrieved from www
.imseismology.org/sensors/.
ITW Performance Polymers (2022). “Plexus ® MA300
Technical Data Sheet.” Retrieved from itwperformance
polymers.com/wp-content/uploads/MA300-Data
-Sheet_Rev10.pdf.
Jones, T. (2012). Knowledge is Power: Introducing the
Midas, a New Permissible Datalogging System for Use
in Mines. In: the Proceedings of the 31st International
Conference Ground Control in Mining.
Klemetti, T.M., Sears, M.M., and Tulu, I.B. (2017).
Design Concerns of Room and Pillar Retreat
Panels. International Journal of Mining Science and
Technology, 27(1). www.sciencedirect.com/science
/article/pii/S2095268616301896.
Klemetti, T.M., Van Dyke, M.A., and Tulu, I.B. (2018).
Deep Cover Bleeder Entry Performance and Support
Loading: A Case Study. International Journal of Mining
Science and Technology, 28(1), 1–10. doi:10.1016
/j.ijmst.2017.12.001.
McElhinney, M., Compton, C., Mazzella, M., Minoski,
T., Sears, M., Morris, M., and Bright, J. (2023).
“Field Instrumentation and Data Analysis of Ground
Movement and Pillar Performance at the Maple Eagle
Mine in Southern West Virginia.” In Proceedings of the
42nd International Conference on Ground Control in
Mining. Canonsburg, PA.
Mine Design Technologies (2018). MPBX User Guide
(Version 2.0). Retrieved from mdt.ca/wp-content
/uploads/2023/02/2018.03.22-MPBX-User-Guide-
V2.0.pdf.
Miller, T.C. and Sporcic, R. (1964). Development of a
Hydraulic Device for Measuring Relative Pressure
Changes on Coal During Mining -A Progress Report.
Bureau of Mines R.I. 6571. 13p.
MINOVA (2019). Technical Data Sheet: TURMAG
Drilling Machine. Retrieved from www.minovaglobal
.com/media/2747/tds-turmag-drilling-machine.pdf.
Panek, L.A. and Stock, L.A. (1964). The Development of a
Rock Stress Monitoring Station Based on the Flat Slot
Method of Measuring Existing Rock Stress. Bureau of
Mines R.I. 6537. 61p.
Rashed, G., Mohamed, K., and Kimutis, R. (2021). A
Coal Rib Monitoring Study in a Room-and-Pillar
Retreat Mine. International Journal of Mining Science
and Technology, 31(1). www.sciencedirect.com/science
/article/ pii/S2095268620309460.
Slaker, B., Murphy, M., Rashed, G., Gangrade, V., Van Dyke,
M., Minoski, T., and Floyd, K. (2021). Monitoring of
Multiple-level Stress Interaction at Two Underground
Limestone Mines. Mining, Metallurgy &Exploration,
38, 623–633. doi.org/10.1007/s42461-020-00345-z.
Van Dyke, M.A., Su, W.H., and Wickline, J. (2018).
Evaluation of Seismic Potential in a Longwall Mine
with Massive Sandstone Roof Under Deep Overburden.
International Journal of Mining Science and Technology,
28(1). doi.org/10.1016/j.ijmst.2017.11.017.
Zahl, E.G., Dunford, J.P., Larson, M.K., Brady, T.M.
and Chen, J. (2002). Stress Measurements for Safety
Decisions in Longwall Coal. In: Proceedings of the 21st
International Conference on Ground Control in Mining,
August 6–8, 2002, Morgantown, West Virginia.