The Structure and Dynamics of the Ocean Surface Mixed Layer
George L. Mellor, Paul A. Durbin
Abstract
Open-access reader
George L. Mellor, Paul A. Durbin
Abstract
Open-access reader
The present paper describes a one-dimensional unsteady model of the ocean surface mixed layer. Themodel somewhat resembles the approach of Munk and Anderson in that the differential equations for meanvelocity and temperature are solved. The Richardson-number-dependent stability functions which enterthe model are significantly different, however, as is the fact that we are able to solve problems with realisticboundary conditions. Furthermore, all empirical constants have been determined from neutral turbulentflow experiments. Comparisons of prediction and data are favorable.
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The present paper describes a one-dimensional unsteady model of the ocean surface mixed layer. Themodel somewhat resembles the approach of Munk and Anderson in that the differential equations for meanvelocity and temperature are solved. The Richardson-number-dependent stability functions which enterthe model are significantly different, however, as is the fact that we are able to solve problems with realisticboundary conditions. Furthermore, all empirical constants have been determined from neutral turbulentflow experiments. Comparisons of prediction and data are favorable.
Key concepts: Mixed layer, Ocean dynamics, Layer (electronics), Geology, Surface layer, Climatology, Oceanography, Meteorology