Investigation into the attenuation of seismic impulses in different soil types.
Hester, Milton Jensen.
Schoenstadt, Arthur L.
Washburn, Alan R.
MetadataShow full item record
A review of research indicates that the attenuation of seismic impulses is a complex function of such factors as moisture, soil thickness, substrata homogeneity, substrata consistency, and vegetation. The problem encountered when seismic devices are employed in a tactical situation is the prediction of ranges of detection for different soil types without resorting to soil samples, compression tests, etc. A knowledge of the seismic characteristics or the ranges of detection in various soil types would be very beneficial when employing seismic devices. This thesis will show a relationship, useful for prediction, between the attenuation properties and the range at which a test signal is first detected at a preset level.
Approved for public release; distribution is unlimited
Showing items related by title, author, creator and subject.
Muir, Thomas; Baker, Steven; Gaghan, Frederick; Fitzpatrick, Michael; Sheetz, Kraig (IEEE, 2016);The surf zone presents a difficult environment for remote detection of naval mines and military ordnance, which become buried in the sediment as a result of tidal action, currents and other causes. We have investigated ...
Fitzpatrick, Sean M. (Monterey, California. Naval Postgraduate School, 1998-12-01);Buried mines in the beach and surf zone hinder Naval power projection beach assault operations and endanger humans. In this research, it is demonstrated that seismic interface waves on the surface of a natural beach can ...
Jang, Hyeon Joo (Monterey, California. Naval Postgraduate School, 1996-12);The attenuation of a monochromatic signal in the presence of discrete noise in one dimension is investigated numerically. The predicted Gaussian attenuation is verified by the numerical program, which is based on Riemann's ...