 |
water density = 1000 kg/m3 |
 |
water height above mean level |
 |
mean level |
| Hu |
depth below mean level |
| H |
distance from sea bottom to water surface |
 |
depth averaged velocities |
| g |
gravity acceleration |
 |
coefficient giving place to Coriolis force |
 |
earth's angular velocity, [rad/s] |
 |
latitude,  |
| Ch |
bottom stress Chezy coefficient |
| Z0 |
bottom roughness, 0.001 m |
 |
wind stress components at sea surface |
 |
coefficient for turbulent viscosity |
| Wx, Wy |
wind velocity components measured 10 meters above |
| |
sea level |
 |
air density = 1 kg/m3 |
| CD |
sea surface stress coefficient |
 |
time step |
 |
grid size |
 |
wave celerity |
| th5 |
mesh of 5.000 cells |
| th20 |
mesh of 20.000 cells |
| th80 |
mesh of 80.000 cells |
 |
latency time |
 |
bandwidth throughput |
| Rc |
communication time rate between the use of mesh |
| |
th20 to mesh th5 |
| Sg |
numerical solution using grid g |
| Eg |
pointwise error estimate |
| L |
exact solution |
| p |
accuracy order |
| np |
Number of processes into which the parallel program is |
| |
distributed. |
|
Tcompute |
computation time for 1 time step |
|
Tcommunic |
communication time for 1 time step |
| PVM |
Parallel Virtual Machine |
| DD |
Domain Decomposition. |
| ADI |
Alternate Directions Implicit. |
| SMP |
Symmetric Multi-Processing. |
| MFLOPS |
Millions of floating point operations by second. |
| CFL |
Courant-Friedrichs-Lewy . |
| CFD |
Computational Fluid Dynamics |