Sound propagation predictions for ice-covered ocean acoustic environments do not match
observational data: received levels in nature are less than expected, suggesting that the …

Scholte waves at the seafloor have significant potential for underwater detection and
communication, so a study about detecting Scholte waves is very meaningful in practice. In …

In this paper, laboratory scale measurements of long range across-slope acoustic
propagation in a three-dimensional (3-D) wedge-like environment are compared to …

Mastering the sound propagation law of low-frequency signals in the Arctic is a major frontier
basic research demand to improve the level of detection, communication, and navigation …

This paper reports the interference pattern of an acoustic field in the 100–300 Hz frequency
band observed in a shallow water experiment. Assuming there is a conventional fluid sea …

Oceanic T-waves are earthquake signals that originate when elastic waves interact with the
fluid–elastic interface at the ocean bottom and are converted to acoustic waves in the ocean …

Normal mode solutions to range-independent seismo-acoustic problems are benchmarked
against elastic parabolic equation solutions and then used to benchmark the shear elastic …

A normal mode solution to the ocean acoustic problem of the Pekeris waveguide with an
elastic bottom using a Green's function formulation for a compressional wave point source is …

Seeking a solution to the ocean acoustic problem, that of the Pekeris waveguide with an
elastic bottom, using a Green's function formulation, a transcendental characteristic equation …

This work presents improvements to the study of tsunamigenic offshore earthquakes and
complex earthquakes, ie, earthquakes that are better represented as multiple events …