An Analytical Calculation of the Transport of the Solute Dumped in a Homogeneous Open Sea with Mean and Oscillatory Flows KCI

Title
An Analytical Calculation of the Transport of the Solute Dumped in a Homogeneous Open Sea with Mean and Oscillatory Flows
Author(s)
이호진; 정경태
Publication Year
2004-06
Abstract
An analytical model for predicting the convection-diffusion of solute dumped in a homogeneous open sea of constant water depth has been developed in a time-integral form. The model incorporates spatially uniform, uni-directional, mean and oscillatory currents for horizontal convection, the settling velocity for the vertical convection, and the anisotropic turbulent diffusion. Two transformations were introduced to reduce the convection-diffusion equation to the Fickian type diffusion equation, and then the Galerkin method was then applied via the expansion of eigenfunctions over the water column derived from the Sturm-Liouville problem. A series of calculations has been performed to demonstrate the applicability of the model.
ISSN
2234-1749
URI
https://sciwatch.kiost.ac.kr/handle/2020.kiost/2007
Bibliographic Citation
Fisheries and Aquatic Sciences, v.7, no.2, pp.90 - 95, 2004
Publisher
한국수산과학회
Keywords
Analytical model; Solute transport; Convection-diffusion; Galerkin method
Type
Article
Publisher
한국수산과학회
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