A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Acoustic Data and Uncertainty in Geotechnical Site Characterization Offshore
The velocity parameter is an important parameter in acoustical profiling. Methods of determining this parameter are discussed. The empirical relationships between the acoustical properties of deep sea sediments and their physical properties are examined and good correlations are found to exist. The physical properties are also found to correlate well with the sediments' geotechnical elastic properties. This then gives an indirect means of correlating between the acoustical properties and the elastic properties. Next the reliability of predicting the state of regions outside and between parallel seismic (acoustical) profile lines is examined. From these predictions, a two-color map of the region examined is drawn.
Acoustic Data and Uncertainty in Geotechnical Site Characterization Offshore
The velocity parameter is an important parameter in acoustical profiling. Methods of determining this parameter are discussed. The empirical relationships between the acoustical properties of deep sea sediments and their physical properties are examined and good correlations are found to exist. The physical properties are also found to correlate well with the sediments' geotechnical elastic properties. This then gives an indirect means of correlating between the acoustical properties and the elastic properties. Next the reliability of predicting the state of regions outside and between parallel seismic (acoustical) profile lines is examined. From these predictions, a two-color map of the region examined is drawn.
Acoustic Data and Uncertainty in Geotechnical Site Characterization Offshore
L. S. Lee (author) / G. B. Baecher (author)
1983
192 pages
Report
No indication
English
Ocean Sciences & Technology , Physical & Chemical Oceanography , Offshore structures , Foundations , Ocean bottom , Submarine topography , Acoustic measurement , Probability theory , Mapping , Mathematical models , Fortran , Computer programs , Risk analysis , Acoustic profiling , Fortran 4 programming language
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