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A Preliminary Study of Shear Wave in Seafloor Surface Sediments
This article preliminarily reports and analyses the transmission characteristics and behaviors of shear wave in the offshore seafloor surface sediments in China, discusses the relationships between the physical and mechanical features of the shear wave and the compression wave, and compares the testing results with that of Hamilton and Chen et al. The result shows that the shear wave can be tested if the seafloor surface sediment has tangent modulus. The shear wave velocity ranges from 50–600 m/s and the measuring frequency from 50–200 kHz. The sound velocity rate of shear wave and compression wave can be used to appraise the stress-strain feature of seafloor surface sediments. This study provides a basis for further describing and appraising the seafloor sedimentary acoustic-mechanical feature and building a geological-acoustic model on China's offshore sea area.
A Preliminary Study of Shear Wave in Seafloor Surface Sediments
This article preliminarily reports and analyses the transmission characteristics and behaviors of shear wave in the offshore seafloor surface sediments in China, discusses the relationships between the physical and mechanical features of the shear wave and the compression wave, and compares the testing results with that of Hamilton and Chen et al. The result shows that the shear wave can be tested if the seafloor surface sediment has tangent modulus. The shear wave velocity ranges from 50–600 m/s and the measuring frequency from 50–200 kHz. The sound velocity rate of shear wave and compression wave can be used to appraise the stress-strain feature of seafloor surface sediments. This study provides a basis for further describing and appraising the seafloor sedimentary acoustic-mechanical feature and building a geological-acoustic model on China's offshore sea area.
A Preliminary Study of Shear Wave in Seafloor Surface Sediments
Lu, Bo (author) / Li, Ganxian (author) / Huang, Shaojian (author)
Marine Georesources & Geotechnology ; 24 ; 17-28
2006-01-01
12 pages
Article (Journal)
Electronic Resource
Unknown
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