Overview  
CEDAS is an interactive, Windows-based design and analysis system for engineers and scientists working in the fields of coastal, ocean, and hydraulic engineering and oceanography. CEDAS is a comprehensive collection of coastal engineering design and analysis software, developed by or for the U.S. Army Engineer Waterways Experiment Station. Its contents range from the simple technologies of the popular ACES package, to sophisticated models for multi-dimensional hydrodynamics, wave propagation, nearshore hydrodynamics and beach processes, inlet technology, and harbor oscillation. The powerful tools in this package are complemented by pre- and post-processing routines, multi-dimensional graphical tools for results visualization and animation, grid generation software, and access to extensive wave/wind/bathymetric data resources.
For engineers and scientists in the fields of: coastal, ocean, and hydraulic engineering; oceanography; and geology
A comprehensive collection of coastal engineering design and analysis software developed by or for the Waterways Experiment Station
Contents range from the simplified techniques of the ACES, to more sophisticated models for multi-dimensional hydrodynamics, wave propagation, nearshore hydrodynamics and beach processes, and inlet technology
Pre- and post-processing routines, multi-dimensional graphical tools for results visualization and animation, grid generation, and access to extensive wave / wind / bathymetric data resources
Easy to use Windows interface and graphics within a visual development environment

Integrated Windows, tools, menus, toolbars, and directories
Buy the full system or only the models /modules you need
Companion manuals and reports also available on CD-ROM
Exceptional technical support



Modular Organization
ŸGeneral Engineering Module
  • ACES (Automated Coastal Engineering System)
    • system of 34 routines
  • EST (Empirical Simulation Technique)
    • life-cycle risk analysis
  • RELIABLE
    • reliability-based structure design
ŸInlet Processes Module
  • NMLONG-CW (Numerical Model for simulating LONGshore current - Current- Wave interaction)
    • powerful 1D hydrodynamic model
  • DYNLET (DYNamic behavior of tidal flow at inLET)
    • simulates long-shore current & transport rate
ŸBeach Processes Module
  • NEMOS (Nearshore Evolution Modeling System)
    • simulates nearshore beach evolution
  • SBEACH (Storm-induced BEAch CHange model)
    • simulates cross-shore beach / dune erosion
  • BMAP (Beach Morphology Analysis Package)
    • beach morphology analysis tools


System Requirements

@@@@Minimum
@@@@@@@ Windows 95/98/NT(4.0 with SP5 or later)/2000/XP
@@@@@@@@@
Internet Explorer5.0(IE5)
@@@@@@@@@Pentium PC
@@@@@@@@@
64MB RAM

@@@@Recommended
@@@@@@@Pentium, 128MB or more


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