XIX International Conference
June 17-21, 2012
at the University of Illinois at Urbana-Champaign
Clint Dawson, University of Texas at Austin
Casey Dietrich, University of Texas at Austin
This session is focused on innovative numerical methods for modeling hydrodynamic processes in the coastal ocean. These processes include water circulation, air-sea coupling, waves and wave-breaking, density-driven flows, saltwater intrusion, contaminant transport, and sediment erosion/deposition. Numerical methods which accurately model coupled flow and transport at multiple scales are required. Applications of these models include coastal inundation, coastal geomorphology, oil spills, wetland ecology, studying coastal protection systems, and freshwater/saltwater interaction. This session encourages submissions on numerical algorithms, model coupling, large-scale parallel implementation and applications of coastal ocean models.
Modeling Lake Michigan Hydrodynamics: A Parallel Way
Sultan Ahmed, Cary Troy
Discontinuous Galerkin Methods for Variable Density Groundwater Flow and Solute Transport
Clint Dawson, Timothy Povich
Surface Trajectories of Oil Transport along the Northern Coastline of the Gulf of Mexico
Joel Dietrich, Clint Dawson, Corey Trahan, Rick Luettich Jr.
A Boussinesq Scaling Approach to Solving Near Shore Phase Resolving Nonlinear Waves
Aaron Donahue, Andrew Kennedy, Yao Zhang, Joannes Westerink
Smoothed Particle Hydrodynamics Modeling of Wave Energy Dissipation
Majid Dorri, Keyvan Asghari, Mohammad Chamani
Development of a Coastal Inundation Model using a Triangular Discontinuous Galerkin Method
Shivasubramanian Gopalakrishnan, Francis Giraldo
Aspects of a Hydrologic/Hydrodynamic Coupled Model System with Application to Coastal Inundation in North Carolina
Randall Kolar, Kendra Dresback, Jason Fleming, Richard Luettich Jr, Evan Tromble
Non-Gaussian Data Assimilation with Stochastic Boussinesq Equations for Coastal Ocean Dynamics
Pierre Lermusiaux, Thomas Sondergaard, Matt Ueckermann, Themis Sapsis, Pat Haley
Computationally Efficient Numerical Model for the Evolution of Directional Ocean Surface Waves
Matt Malej, Arnaud Goullet, Wooyoung Choi
ERDC's Coastal Storm Modeling System: Systems Integration
Chris Massey, Ty Wamsley
A fully coupled unstructured-grid model for wind wave-current interaction in large-scale applications
Y. Joseph Zhang, Aron Roland, Harry Wang
Numerical Modeling Of Nonlinear Water Waves With Sigma Coordinate And Layer Thickness Optimization
Ling Zhu, Q. Jim Chen, Xiaoliang Wan