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Collaborators
WHOI- W. Rockwell Geyer, Peter A. Traykovski, John H. Trowbridge
U.S. Geological Survey- Christopher R.
Sherwood, Bradford Butman, Richard P. Signell, John
C. Warner
Naval Research
Laboratory- Timothy R. Keen, Tim J. Campbell
Rutgers University- Hernan G. Arango
Mississippi State University- Sachin
Kumar Bhate
Stevens
Institute- Alan F.Blumberg
Rosentiel School of Marine and Atmospheric Science-
Yeon Chang
Ohio State University- Diane Foster, Eric D. Skyllingstad
Woolpert, Inc.-
David C. Froehlich
U. S. Army Corps of Engineers- Jeffrey
L. Hanson, Donald T. Resio
University of Florida- Tom Hsu
WL|Delft
Hydraulics- H.R. Albert Jagers, Johan C. Winterwerp
University of Delaware- James T. Kirby, Fengyan
Shi
University of California, Los Angeles- James C. McWilliams,
Alexander F. Shchepetkin, Keith D. Stolzenbach
Oregon State University- Natalie Perlin
UNESCO-IHE - Jan
A. Roelvink
University of Maryland- Lawrence P. Sanford
HR Wallingford
- Richard L. Soulsby, Richard J.S. Whitehouse
Objective
The goal of this project is to
produce an open-source model that couples hydrodynamics (circulation and
waves), sediment transport, and morphodynamics.
The model will be suitable for realistic and useful simulations of
processes that influence sediment transport in the coastal ocean,
including estuaries, nearshore regions, and the continental shelf over
regional length scales (10’s of meters to 100’s of
kilometers) and time scales ranging from transport events to decades. The
code will be written in modern, portable languages (mostly Fortran95) using a modular
approach that will allow flexibility and extensibility. In addition to
the source code (which will have an open-source license and run on most
computer systems from laptops to multi-processor clusters), the project
will provide model documentation, training, test cases, tools for
processing model input and output, and demonstrated applications.
Results:
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