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Dissertation/Thesis Abstract

Hydrodynamic modeling of the Green Bay of Lake Michigan using the environmental fluid dynamics code
by Cedillo, Paula, M.S., The University of Wisconsin - Milwaukee, 2015, 67; 1606696
Abstract (Summary)

In this project we created a hydrodynamic model of the Lower Green Bay of Lake Michigan in Wisconsin, United States using the Visual Environmental Fluid Dynamics Code (EFDC). The model includes four tributary rivers to Lower Green Bay as well as the open boundary flow conditions at Chambers Island. This case study is used to: 1) compare the results obtained with a previous study of Lower Green Bay to validate the creation of the model 2) examine the hydrodynamics of the bay, and 3) create a framework for future studies at Lower Green Bay. The Geographic Information used to build the Grid was obtained from the NOAA web site. Meteorological and flow information was obtained from the National Weather Service and USGS web sites, respectively. It was necessary to create a new model grid as a platform for future studies of Lower Green Bay, and the Visual EFDC 1.2 code was a useful tool in the development of the grid. However, some limitations in the code made the creation of the grid a challenge. In this project, we summarize the process used to overcome challenges in creating a correct grid, and analyze the hydrodynamic results of the model simulation for the period between June and October 2011. Overall, we conclude that the model reproduces field data reasonably well, and a correct modeling framework for hydrodynamic modeling of Lower Green Bay was created.

Indexing (document details)
Advisor: Bravo, Hector R.
Commitee: Bravo, Hector R., Liao, Qian, Wu, ChangShan
School: The University of Wisconsin - Milwaukee
Department: Engineering
School Location: United States -- Wisconsin
Source: MAI 55/03M(E), Masters Abstracts International
Subjects: Civil engineering, Water Resource Management, Environmental engineering
Keywords: Circulation, Green bay, Hydrodynamics, Lake michigan, Model validation, Thermal regime
Publication Number: 1606696
ISBN: 978-1-339-39763-4
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