Elastic sandwich problem: ocean acoustics in Arctic environments
type: CreativeWork
description: Studying sound propagation in Arctic environments has been a challenge for many disciplines, where it is essential to marine mammal conservation studies, oil exploration, naval studies, and many other fields. The Arctic environment involves a finite elastic ice layer as the upper boundary of the ocean acoustic waveguide and an elastic half-space seafloor as the lower boundary. An analytic normal mode solution for the problem of ocean acoustic propagation in this waveguide is found and then simulated numerically. The solution is benched marked against a parabolic equation solution for the case of a sound source in the water. A solution to the elastic sandwich problem is then found and computed for when the source is located in the ice layer to simulate ice cracking.
abstract: Studying sound propagation in Arctic environments has been a challenge for many disciplines, where it is essential to marine mammal conservation studies, oil exploration, naval studies, and many other fields. The Arctic environment involves a finite elastic ice layer as the upper boundary of the ocean acoustic waveguide and an elastic half-space seafloor as the lower boundary. An analytic normal mode solution for the problem of ocean acoustic propagation in this waveguide is found and then simulated numerically. The solution is benched marked against a parabolic equation solution for the case of a sound source in the water. A solution to the elastic sandwich problem is then found and computed for when the source is located in the ice layer to simulate ice cracking.
author: Spencer, Kimberly S.
language: eng
language: English
keywords: Arctic, acoustics
identifier: T 7212
date published: 2013
date modified: 2026-07-24T01:42:56Z
provider: Colorado School of Mines
publisher: Networked Digital Library of Theses and Dissertations
type: WebPage
source organization: Colorado School of Mines. Arthur Lakes Library

PropertyValue
property ID: Handle
value: https://hdl.handle.net/11124/78736