Theses and Dissertations

The following theses and dissertations result from research performed in association with this laboratory.

Naeko Takahashi, graduated Fall 2008

A High-Resolution Storm Surge Model for the Pascagoula Region, Mississippi

David Coggin, graduated Fall 2008

LiDAR in Coastal Storm Surge Modeling: Modeling Linear Raised Features

Qing Wang, graduated Summer 2008

Finite Element Modeling of Tides and Currents of the Pascagoula River

D. Michael Parrish, Ph.D., graduated Summer 2007

Target Element Sizes for Finite Element Tidal Models from a Domain-Wide, Localized Truncation Error Analysis Incorporating Bottom Stress and Coriolis Force

Yuji Funakoshi, Ph.D., graduated Fall 2006

Coupling of Hydrodynamic and Wave Models for Storm Tide Simulations: A Case Study for Hurricane Floyd (1999)

Peter Bacopoulos, graduated Spring 2006

Analysis, Modeling, and Simulation of the Tides in the Loxahatchee River Estuary (Southeastern Florida)

Michael B. Salisbury, graduated Fall 2005

The Effect of Tidal Inlets on Open Coast Storm Surge Hydrographs: A Case Study of Hurricane Ivan (2004)

Satoshi Kojima, graduated Summer 2005

Optimization of an Unstructured Finite Element Mesh for Tide and Storm Surge Modeling Applications in the Western North Atlantic Ocean

Daniel Dietsche, graduated Summer 2004

Storm Tide Simulations for Hurricane Hugo (1989): on the Significance of Including Inland Flooding Areas

Ryan R. Murray, graduated Summer 2003

A Sensitivity Analysis for a Tidally-Influenced Riverine System

D. Michael Parrish, graduated Fall 2001

Development of a Tidal Constituent Database for the St. Johns River Water Management District