Research Activities of Maochen Ge

Research Interest Areas:

• Rock mechanics, ground control, stability of underground structures
• Mine safety
• Acoustic emission/microseismic technique
• Non-destructive testing and real-time based health monitoring of industrial structures
• Mapping of underground fracturing process
• Numerical modeling
• Mine ventilation
• Geo-environmental engineering
• Operations research
• Rockburst
• Geotomography
• Object oriented software design
• Underground void detection

Ge, M., Analysis of Source Location Algorithms Part I: Overview and Non-iterative Methods, J. of Acoustic Emission, Vol. 21, pp. 14-28, 2004.

Ge, M., Analysis of Source Location Algorithms Part II: Iterative Methods, J. of Acoustic Emission, Vol. 21, pp. 29-51, 2004.

Ge, M. and M. J. Mrugala, Bernoulli Equation and Mine Ventilation, (Mining Engineering), Transactions, 316, pp. 58-60, 2004.

Ge, M., Efficient Mine Microseismic Monitoring. To be published in International Journal of Coal Geology (Special Issue on Geologic Hazards), 2004.

Ge, M. and Song, G., A Precise AE Source Location Technology for Aerospace Industry, Proc. Nondestructive Evaluation of Aging Aircraft, Airports, and Aerospace Hardware III, SPIE 3586, 110-117, 1999.

Ge, M., Analysis of AE Data from a Rocket Motor Case: Key Questions in AE Source Location. Paper presented at 40^th Meeting of Acoustic Emission Working Group, Chicago, 1997.

Ge, M., Comment on "Microearthquake Location: A Non-linear Approach that Makes Use of a Simplex Stepping Procedure" by A. Prugger and D. Gendzwell, Bull. Seism. Soc. Am., Vol. 85, 375-377, 1995.

Ge, M. and Kaiser, P.K., Interpretation of Physical Status of Arrival Picks for Microseismic Source Location, Bull. Seism. Soc. Am., Vol. 80, pp. 1643-1660, 1990.

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