Physics
Scientific paper
Jun 2006
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2006georl..3312605j&link_type=abstract
Geophysical Research Letters, Volume 33, Issue 12, CiteID L12605
Physics
13
Oceanography: General: Numerical Modeling (0545, 0560), Oceanography: Physical: Internal And Inertial Waves, Oceanography: Physical: Upper Ocean And Mixed Layer Processes, Oceanography: Physical: Hydrodynamic Modeling
Scientific paper
We use a three-dimensional nonhydrostatic unstructured-grid code to simulate internal tides within Monterey Bay. The predicted water surface, barotropic and baroclinic velocities, and internal tides in the greater coastal region agree with observations. The agreement is due to the use of a high-resolution mesh, alongshore prescription of the barotropic M2 tidal velocities, and specification of initial conditions consistent with field data. Results of depth-integrated, M2-period-averaged energy flux and energy flux divergence are presented in order to identify locations of significant internal wave generation and dissipation. Based on the results, there is a domain-wide power surplus of +52 MW due to internal tides that is available for pelagic mixing, yet isolated bathymetric features, such as Monterey Submarine Canyon and Smooth Ridge, are net dissipative, with dissipation rates of -8.3 and -1.5 MW, respectively.
Fringer O. B.
Gerritsen M. G.
Jachec S. M.
Street Ron L.
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