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| BARBI is an acronym for BARotropic Baroclinic Interaction. It is a model with simplified circulation dynamics based on the vertically averaged equations of motion for a baroclinic ocean with topography (Olbers and Eden, 2002). The source code of a numerical implementation is provided. A better (finite element) numerical implementation was developed by Sergey Danilov, AWI, Bremerhaven. | BARBI is an acronym for BARotropic Baroclinic Interaction. It is a model with simplified circulation dynamics based on the vertically averaged equations of motion for a baroclinic ocean with topography (Olbers and Eden, 2002). The [[attachment:barbi.tar|source code]] of a numerical implementation is provided. A better (finite element) numerical implementation was developed by Sergey Danilov, AWI, Bremerhaven. |
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Eden, C. and D. Olbers (2009): Why western boundary currents are diffusive: A link between bottom pressure torque and bolus velocity. ''Ocean Modeling'', doi:10.1016/j.ocemod.2009.07.003 |
Contents
BARBI
BARBI is an acronym for BARotropic Baroclinic Interaction. It is a model with simplified circulation dynamics based on the vertically averaged equations of motion for a baroclinic ocean with topography (Olbers and Eden, 2002). The source code of a numerical implementation is provided. A better (finite element) numerical implementation was developed by Sergey Danilov, AWI, Bremerhaven.
Source Code
References
Olbers D., C. Eden, 2003: A simplified General Circulation Model for a Baroclinic Ocean with Topography. Part I: Theory, Waves and Wind-Driven Circulations. J. Phys. Oceanogr., 33, 2719-2737
Eden, C. and D. Olbers (2009): Why western boundary currents are diffusive: A link between bottom pressure torque and bolus velocity. Ocean Modeling, doi:10.1016/j.ocemod.2009.07.003