Link to the downloadpage of Cress (Coastal and River Engineering Support System).
Download stand-alone version (compiled version) of
SwanOne as zipfile.
SwanOne uses Matlab. However, there is no need to have a Matlab license in order
to run SwanOne. You need to have on your computer the Matlab runtime
component. You may download this package free
of charge. For installation of Matlab runtime component you need Administrator
rights.
You may unpack the zipfile and run SwanOne. SwanOne does not need
installation, so you don't need Administrator rights to do this. Start the
program by click on "SwanOne.exe".The help-function in SwanOne is not yes
operational, but a manual is available. Users having Matlab on their computer may also
download the Matlab scripts for SwanOne, and run
SwanOne directly from Matlab.
The SwanOne project develops a easy to use one-dimensional graphical interface for Swan. It uses the official Swan program, however it uses the program in 1D mode. This makes operations much easier. A paper on this version has been presented at the ICCE 2008 in Hamburg (download abstract) (download paper). An older version of Swan is can be downloaded as a zipfile with an installation file. At this moment a beta-version of SwanOne including the latest Swan executable is being made within a Matlab environment. For the full 2D version of swan, see the Swan website of TU Delft. Graphical interfaces for the 2D version of Swan are commercially available via Digital Hydraulics of via Deltares (Delft3D)
SWASH (an acronym of Simulating WAves till SHore) is a non-hydrostatic wave-flow model and is intended to be used for predicting transformation of surface waves and rapidly varied shallow water flows in coastal waters. The governing equations are the nonlinear shallow water equations including non-hydrostatic pressure and provide a general basis for describing complex changes to rapidly varied flows typically found in coastal flooding resulting from e.g. dike breaks and tsunamis, and wave transformations in both surf and swash zones due to nonlinear wave-wave interactions, interaction of waves with currents, and wave breaking as well as runup at the shoreline.To get an impression of the current capabilities of SWASH you may want to click on http://swash.sourceforge.net/examples/examples.htm.
Recently the SWASH team at Delft University published a beta version of SWASH 1.02 under the GNU public license to http://swash.sourceforge.net. By providing the open source SWASH code that can be freely redistributed and modified, we hope to encourage everyone to further improve the science and configuration of the model. Any feedback is welcome! For more information including an overview of the features of SWASH go to http://swash.sourceforge.net
Link to a zipfile with an installation file for the student version of VaP. The program VaP makes probabilistic calculations of any type of function. VaP has been developed by ETH-Zürich.
PC-Overtop
PC-Overtop is available as a web-based version via the site of the
overtopping manual. This version can only be used with internet
connection.
The Dutch version is also available as stand-alone
program to be installed on your own computer (to be downloaded as zipfile)
Small program to calculate the required height of
a dike (in Dutch). This program only incorporates the hydraulic load, no
geotechnical check is done.
Note: left click will execute the program in your browser, right click
allows you to download the file simulator.swf. You may store this file locally
(using "save link as") and run it later by opening it as a local file in
your browser.