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A two-layer model for linear stability analysis of shelf-slope currents.

Teigen, Sigurd Henrik
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URI
https://hdl.handle.net/1956/5403
Date
2011
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  • Geophysical Institute [740]
Abstract
A method for obtaining the normal mode solution of a linear two-layer system over sloping topography has been derived and implemented, providing a basic tool for analysing the disper- sion relation and modal structure of stable and unstable baroclinic shelf waves. Model results are compared with analytical solutions for a step-shelf profile with no background flow and a linearly sloping channel with flow in both layers. A case study for the West Spitsbergen Shelf topography is also presented.
Publisher
The University of Bergen
Copyright
Copyright the author. All rights reserved

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