Tonkin Gulf tidal modelling
by
ECOLA
—
last modified
Mar 18, 2012 06:47 PM
Structured grid's files:
General input files:
- mesh file (rescue)
- boundary codes file (rescue)
- bathymetry file (rescue, optional)
Tidal input files
- T-UGOm spectral input file (quadratic friction)
- T-UGOm spectral input file (linear friction)
- tidal boundary conditions file (rescue)
- spectrum file
Preliminary step:
First, go to today's directory :
cd ~/tuesday
Make sure you have exported the environment variables :
. export_path_aerotp
Exercise I: unstructured grid creation from a structured one
T-UGOm spectral tidal solver can be used to rapidly compute a tidal atlas from a structured grid.
Exercise II: tidal simulation
- generation of model input files
- model setting
- tidal simulations
- validation against tide gauges and altimetry
Suggested architecture:
- data
- OBC-FES2004
tides.obc
- bathymetry
topo-LGP1-1.s2r
slope-LGP1-1.v2r
tonkin.nei
tonkin.bel
- simulation-tides
spectrum.info
spectral-DNP1xLGP2-quadratic.intg
...