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Author Logston, Brian K.
Title A comparison of the seismic full waveform inversion technique to conventional methods for the detection of underground mine voids / by Brian K. Logston, P.E., The Ohio Department of Transportation, Office of Geotechnical Engineering.
Imprint [Columbus, OH] : [Ohio Department of Transportation, Office of Statewide Planning and Research], [2015]
Springfield, Virginia : Available through the National Technical Information Service.

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 MUSKINGUM OHIO DOCUMENTS  OTP 1.23/7:2015-34    ONLINE  
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 MUSKINGUM OHIO DOCUMENTS  OTP 1.23/7:2015-34    ONLINE  
Author Logston, Brian K.
Subject Abandoned coal mines.
Mine subsidences.
Seismic prospecting.
Earth resistance (Geophysics)
Gravity prospecting.
Alt Name Ohio. Department of Transportation. Office of Statewide Planning & Research.
Description 2 online resources : color illustrations, color maps
polychrome rdacc
Note Technical report.
"In-House Research Sponsored by: The Ohio Department of Transportation, Office of Research."
"September 2015."
Summary A new surface-based geophysical method of subsurface exploration, Seismic Full Waveform Inversion (FWI) was compared to two other traditionally used surface-based geophysical methods, Electrical Resistivity and Microgravity. The Seismic FWI method was shown to be capable of identifying subsurface anomalies, in this case, flooded underground mine workings, in the geologic setting of this particular site, with less limitations than the other two techniques. This was field verified with confirmation drilling of suspect anomalies and non-suspect locations and down the borehole sonar mapping of the mine workings when encountered. However, it should be noted, that the Seismic FWI method is nearly twice the cost of the other two geophysical methods.
Bibliography Note Includes bibliographical references (page 14). 5
Contents [Report] -- Appendices.
Note Description based on PDFs received as email attachments; title from PDF title page of report (viewed on December 22, 2015).
ISBN/ISSN FHWA/OH-2015/34
OCLC # 935549617


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