Department of Civil and Environmental Engineering, Southampton University
Hydraulics Group
| Downloadable
MS-DOS-based software for
waves and wave forces Executables were compiled with RM Fortran 2.43 |
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|---|---|
| 5th order Stokes theory for regular waves | Source code: STOKES5.FOR Executable: STOKES5.EXE |
| One-stop code for non-linear regular waves on a uniform current by stream function theory. This code selects the order of the stream function expansion automatically. For steep waves the solution advances in steps, in which the order and the wave height are progressively increased. The result of each step provides the starting point for the next. Each successful run of CW263 generates a file CW263.PSI which can be post-processed using the template program CW61 (see below). | |
| Non-linear regular waves on a uniform current by stream function theory. In CW6 the order of the stream function expansion is selected by the user, but if necessary successive solutions can be stacked (each one starting from the previous results). In this way, by a careful choice of successive orders and wave heights, converged solutions can be obtained for steep waves that are beyond the reach of CW263.FOR. Results stored on file can be post-processed with CW61 to provide kinematics data at arbitrary points, or can be used as starting points for subsequent runs of CW6. | Source code: CW6.FOR Executable: CW6.EXE |
| Non-linear regular waves on a non-uniform current | Source code: CW10.FOR Executable: CW10.EXE Post processing: |
| Linear irregular waves with a uniform current: simulation tools. | Source code: CS2.FOR Executable: CS2.EXE |