Modeling range-dependent, high-frequency, shallow-water torpedo reverberation data
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Abstract
The high-frequency, forward bottom losses predicted by a lossy Rayleigh and a Biot poroelastic sediment model are substantially different. These differences will accumulate and become measurable in multiple bottom bounce scenarios. Torpedo reverberation data from a sandy, shallow-water Cape Cod site provides a suitable multipath environment to examine the differences between these sediment models.
Report Number
CP-45Source
In: High Frequency Seafloor Acoustics (SACLANTCEN Conference Proceedings CP-45), 1997, pp. 291-298Date
1997Author(s)
Keenan, Ruth Eta
; Weinberg, Henry
; Aidala, Frank E.