As |
Asymmetry of short waves |
|
|
|
BR |
Maximum wave surface slope used in roller dissipation formulation |
|
|
|
Cdrag |
Vegetation drag coefficient |
|
|
|
D |
Dissipation |
|
|
W/m2 |
D15 |
D15 grain diameters for all sediment classses |
|
|
m |
D50 |
D50 grain diameters for all sediment classses |
|
|
m |
D50top |
Friction coefficient flow |
|
|
|
D90 |
D90 grain diameters for all sediment classses |
|
|
m |
D90top |
Friction coefficient flow |
|
|
|
DR |
Roller energy dissipation |
|
|
W/m2 |
Dc |
Diffusion coefficient |
|
|
m2/s |
Df |
Dissipation rate due to bed friction |
|
|
W/m2 |
Dp |
Dissipation rate in the swash due to transformation of kinetic wave energy to potential wave energy |
|
|
W/m2 |
Dveg |
Dissipation due to short wave attenuation by vegetation |
|
|
W/m2 |
E |
Wave energy |
|
|
Nm/m2 |
Fvegu |
X-forcing due to long wave attenuation by vegetation |
|
|
N/m2 |
Fvegv |
Y-forcing due to long wave attenuation by vegetation |
|
|
N/m2 |
Fx |
Wave force, x-component |
|
|
N/m2 |
Fy |
Wave force, y-component |
|
|
N/m2 |
H |
Hrms wave height based on instantaneous wave energy |
|
|
m |
Hrunup |
Short wave height used in runup formulation |
|
|
m |
L1 |
Wave length (used in dispersion relation) |
|
|
m |
Qb |
Fraction breaking waves |
|
|
|
R |
Roller energy |
|
|
Nm/m2 |
Sk |
Skewness of short waves |
|
|
|
Subg |
Bed sediment transport for each sediment class (excluding pores), x-component |
|
|
m2/s |
Susg |
Suspended sediment transport for each sediment class (excluding pores), x-component |
|
|
m2/s |
Sutot |
Sediment transport integrated over bed load and suspended and for all sediment grains, x-component |
|
|
m2/s |
Svbg |
Bed sediment transport for each sediment class (excluding pores), y-component |
|
|
m2/s |
Svsg |
Suspended sediment transport for each sediment class (excluding pores), y-component |
|
|
m2/s |
Svtot |
Sediment transport integrated over bed load and suspended and for all sediment grains, y-component |
|
|
m2/s |
Sxx |
Radiation stress, x-component |
|
|
N/m |
Sxy |
Radiation stress, y-component |
|
|
N/m |
Syy |
Radiation stress, y-component |
|
|
N/m |
Tbore |
Wave period interval associated with breaking induced turbulence |
|
|
s |
Tsg |
Sediment response time for each sediment class |
|
|
s |
alfau |
Grid orientation at u-point |
|
|
rad |
alfav |
Grid orientation at v-point |
|
|
rad |
alfaz |
Grid orientation at z-point |
|
|
rad |
bedfriccoef |
Dimensional/dimensionless input bed friction coefficient; depends on value of parameter bedfriction |
|
|
|
bi |
Incoming bound long wave |
|
|
m |
breaking |
Indicator whether cell has breaking nonh waves |
|
|
|
bwalpha |
Beachwizard weighting factor |
|
|
|
c |
Wave celerity |
|
|
m/s |
ca |
Reference concentration |
|
|
m3/m3 |
ccg |
Depth-averaged suspended concentration for each sediment fraction |
|
|
m3/m3 |
cctot |
Sediment concentration integrated over bed load and suspended and for all sediment grains |
|
|
m3/m3 |
ccz |
Concentration profile |
|
|
m3/m3 |
ceqbg |
Depth-averaged bed equilibrium concentration for each sediment class |
|
|
m3/m3 |
ceqsg |
Depth-averaged suspended equilibrium concentration for each sediment class |
|
|
m3/m3 |
cf |
Friction coefficient flow |
|
|
|
cfu |
Friction coefficient flow in u-points |
|
|
|
cfv |
Friction coefficient flow in v-points |
|
|
|
cg |
Group velocity |
|
|
m/s |
cgx |
Group velocity, x-component |
|
|
m/s |
cgx_s |
Group velocity, x-component |
|
|
m/s |
cgy |
Group velocity, y-component |
|
|
m/s |
cgy_s |
Group velocity, y-component |
|
|
m/s |
cobs |
Beachwizard observed wave celerity |
|
|
m/s |
costh |
Cos of wave angles relative to grid direction |
|
|
|
costh_s |
Cos of wave angles relative to grid direction |
|
|
|
ctheta |
Wave celerity theta-direction (refraction) |
|
|
rad/s |
ctheta_s |
Wave celerity theta-direction (refraction) |
|
|
rad/s |
cx |
Wave celerity, x-component |
|
|
m/s |
cy |
Wave celerity, y-component |
|
|
m/s |
dU |
U-velocity difference between two vertical layers (reduced 2-layer non-hydrostatic model) |
|
|
m2/s2 |
dUi |
Velocity difference at boundary due to (short) waves |
|
|
m/s |
dV |
V-velocity difference between two vertical layers (reduced 2-layer non-hydrostatic model) |
|
|
m2/s2 |
dassim |
Beachwizard depth change |
|
|
m |
dcbdx |
Bed concentration gradient x-dir. |
|
|
kg/m3/m |
dcbdy |
Bed concentration gradient y-dir. |
|
|
kg/m3/m |
dcmdo |
Beachwizard computed minus observed dissipation |
|
|
W/m2 |
dcsdx |
Suspended concentration gradient x-dir. |
|
|
kg/m3/m |
dcsdy |
Suspended concentration gradient y-dir. |
|
|
kg/m3/m |
depo_ex |
Explicit bed deposition rate per fraction |
|
|
m/s |
depo_im |
Implicit bed deposition rate per fraction |
|
|
m/s |
dinfil |
Infiltration layer depth used in quasi-vertical flow model for groundwater |
|
|
m |
dnc |
Grid distance in n-direction, centered around c-point |
|
|
m |
dnu |
Grid distance in n-direction, centered around u-point |
|
|
m |
dnv |
Grid distance in n-direction, centered around v-point |
|
|
m |
dnz |
Grid distance in n-direction, centered around z-point (=eta-point) |
|
|
m |
dobs |
Beachwizard observed dissipation |
|
|
W/m2 |
dsc |
Grid distance in s-direction, centered around c-point |
|
|
m |
dsdnui |
Inverse of grid cell surface, centered around u-point |
|
|
1/m2 |
dsdnvi |
Inverse of grid cell surface, centered around v-point |
|
|
1/m2 |
dsdnzi |
Inverse of grid cell surface, centered around z-point |
|
|
1/m2 |
dsu |
Grid distance in s-direction, centered around u-point |
|
|
m |
dsv |
Grid distance in s-direction, centered around v-point |
|
|
m |
dsz |
Grid distance in s-direction, centered around z-point (=eta-point) |
|
|
m |
dzav |
Total bed level change due to avalanching |
|
|
m |
dzbdt |
Rate of change bed level |
|
|
m/s |
dzbdx |
Bed level gradient in x-direction |
|
|
|
dzbdy |
Bed level gradient in y-direction |
|
|
|
dzbed |
No description |
|
|
|
dzbnow |
Bed level change in current time step |
|
|
m |
dzs0dn |
Alongshore water level gradient due to tide alone |
|
|
|
dzsdt |
Rate of change water level |
|
|
m/s |
dzsdx |
Water surface gradient in x-direction |
|
|
m/s |
dzsdy |
Water surface gradient in y-direction |
|
|
m/s |
ee |
Directionally distributed wave energy |
|
|
J/m2/rad |
ee_s |
Directionally distributed wave energy |
|
|
J/m2/rad |
ero |
Bed erosion rate per fraction |
|
|
m/s |
fw |
Wave friction coefficient |
|
|
|
gw0back |
Boundary condition back boundary for groundwater head |
|
|
m |
gwbottom |
Level of the bottom of the aquifer |
|
|
m |
gwcurv |
Curvature coefficient of groundwater head function |
|
|
|
gwhead |
Groundwater head (differs from gwlevel) |
|
|
m |
gwheadb |
Groundwater head at bottom (differs from gwlevel) |
|
|
m |
gwheight |
Vertical size of aquifer through which groundwater can flow |
|
|
m |
gwlevel |
Groundwater table (min(zb,gwhead)) |
|
|
m |
gwqx |
Groundwater discharge in x-direction |
|
|
m/s |
gwqy |
Groundwater discharge in y-direction |
|
|
m/s |
gwu |
Groundwater flow in x-direction |
|
|
m/s |
gwv |
Groundwater flow in y-direction |
|
|
m/s |
gww |
Groundwater flow in z-direction (interaction between surface and ground water) |
|
|
m/s |
hh |
Water depth |
|
|
m |
hhw |
Water depth used in all wave computations, includes h*par%delta |
|
|
m |
hhwcins |
Water depth used in wave instationary computation in case of wci |
|
|
m |
hhws |
Water depth used in wave stationary computation (and single_dir wave directions) |
|
|
m |
hold |
Water depth previous time step |
|
|
m |
hu |
Water depth in u-points |
|
|
m |
hum |
Water depth in u-points |
|
|
m |
hv |
Water depth in v-points |
|
|
m |
hvm |
Water depth in v-points |
|
|
m |
idrift |
Drifter x-coordinate in grid space |
|
|
|
infil |
Rate of exchange of water between surface and groundwater (positive from sea to groundwater) |
|
|
m/s |
istruct |
Location of revetments toe |
|
|
|
iwl |
Location of water line (including long wave runup) |
|
|
|
jdrift |
Drifter y-coordinate in grid space |
|
|
|
k |
Wave number |
|
|
rad/m |
kb |
Near bed turbulence intensity due to depth induces breaking |
|
|
m2/s2 |
kturb |
Depth averaged turbulence intensity due to long wave breaking |
|
|
m2/s2 |
maxzs |
Maximum elevation in simulation |
|
|
m |
minzs |
Minimum elevation in simulation |
|
|
m |
n |
Ratio group velocity/wave celerity |
|
|
|
nd |
Number of bed layers (can be different for each computational cell) |
|
|
|
ndist |
Cum. distance from right boundary along n-direction |
|
|
m |
nuh |
Horizontal viscosity coefficient |
|
|
m2/s |
nutz |
Turbulence viscosity |
|
|
|
pbbed |
No description |
|
|
|
pdisch |
Discharge locations |
|
|
|
ph |
Pressure head due to ship |
|
|
m |
pntdisch |
Point discharge locations (no momentum) |
|
|
|
pres |
Normalized dynamic pressure |
|
|
m2/s2 |
qdisch |
Discharges |
|
|
m2/s |
qx |
Discharge in u-points, x-component |
|
|
m2/s |
qy |
Discharge in u-points, y-component |
|
|
m2/s |
refA |
Reference level |
|
|
m |
rolthick |
Long wave roller thickness |
|
|
m |
rr |
Directionally distributed roller energy |
|
|
J/m2/rad |
runup |
Short wave runup height |
|
|
m |
sdist |
Cum. distance from offshore boundary along s-direction |
|
|
m |
sedcal |
Equilibrium sediment concentartion factor for each sediment class |
|
|
|
sedero |
Cum. sedimentation/erosion |
|
|
m |
setbathy |
Prescribed bed levels |
|
|
m |
shipFx |
Force on ship in x-direction |
|
|
N |
shipFy |
Force on ship in y-direction |
|
|
N |
shipFz |
Force on ship in z-direction |
|
|
N |
shipMx |
Moment on ship around x-axis |
|
|
Nm |
shipMy |
Moment on ship around y-axis |
|
|
Nm |
shipMz |
Moment on ship around z-axis |
|
|
Nm |
shipchi |
Turning angle arround y-axis |
|
|
deg |
shipphi |
Turning angle arround x-axis |
|
|
deg |
shippsi |
Turning angle arround z-axis |
|
|
deg |
shipxCG |
X-coordinate of ship center of gravity |
|
|
m |
shipyCG |
Y-coordinate of ship center of gravity |
|
|
m |
shipzCG |
Z-coordinate of ship center of gravity |
|
|
m |
shobs |
Beachwizard observed shoreline |
|
|
m |
sig2prior |
Beachwizard prior std squared |
|
|
m2 |
sigm |
Mean frequency |
|
|
rad/s |
sigt |
Relative frequency |
|
|
rad/s |
sigz |
Vertical distribution of sigma layers q3d |
|
|
|
sinth |
Sin of wave angles relative to grid direction |
|
|
|
sinth_s |
Sin of wave angles relative to grid direction |
|
|
|
strucslope |
Slope of structure |
|
|
|
structdepth |
Depth of structure in relation to instantaneous bed level |
|
|
m |
taubx |
Bed shear stress, x-component |
|
|
N/m2 |
taubx_add |
Additional bed shear stress due to boundary layer effects, x-component |
|
|
N/m2 |
tauby |
Bed shear stress, y-component |
|
|
N/m2 |
tauby_add |
Additional bed shear stress due to boundary layer effects, y-component |
|
|
N/m2 |
tdisch |
Discharge time series |
|
|
|
tdriftb |
Drifter release time |
|
|
s |
tdrifte |
Drifter retrieval time |
|
|
s |
thet |
Wave angles |
|
|
rad |
thet_s |
Wave angles |
|
|
rad |
theta |
Wave angles directional distribution w.r.t. comp. x-axis |
|
|
rad |
theta_s |
Wave angles directional distribution w.r.t. comp. x-axis |
|
|
rad |
thetamean |
Mean wave angle |
|
|
rad |
tideinpt |
Input time of input tidal signal |
|
|
s |
tideinpz |
Input tidal signal |
|
|
m |
tsetbathy |
Points in time of prescibed bed levels |
|
|
s |
u |
Glm velocity in cell centre, x-component |
|
|
m/s |
ua |
Time averaged flow velocity due to wave assymetry |
|
|
m/s |
ucrcal |
Calibration factor for u critical for each sediment class |
|
|
|
ududx |
Advection |
|
|
m2/s2 |
udvdx |
Advection |
|
|
m2/s2 |
ue |
Eulerian velocity in cell centre, x-component |
|
|
m/s |
ue_sed |
Advection velocity sediment in cell centre, x-component |
|
|
m/s |
ueu |
Eulerian velocity in u-points, x-component |
|
|
m/s |
ui |
Incident bound wave velocity in, x-component |
|
|
m/s |
umean |
Longterm mean velocity at bnds in u-points, x-component |
|
|
m/s |
umwci |
Velocity (time-averaged) for wci, x-component |
|
|
m/s |
ur |
Reflected velocity at bnds in u-points |
|
|
m/s |
urepb |
Representative flow velocity for sediment advection and diffusion, x-component |
|
|
m/s |
ureps |
Representative flow velocity for sediment advection and diffusion, x-component |
|
|
m/s |
urms |
Orbital velocity |
|
|
m/s |
usd |
Return flow due to roller after breaker delay |
|
|
m/s |
ust |
Stokes drift |
|
|
m/s |
ustr |
Return flow due to roller |
|
|
m/s |
ustz |
Stokes velocity (q3d) |
|
|
|
uu |
Glm velocity in u-points, x-component |
|
|
m/s |
uv |
Glm velocity in v-points, x-component |
|
|
m/s |
uwcins |
U-velocity used in wave stationary computation in case of wci |
|
|
m/s |
uwf |
Stokes drift, x-component |
|
|
m/s |
uws |
U-velocity used in wave stationary computation (and single_dir wave directions) |
|
|
m/s |
uz |
Velocity (q3d) ksi-comp |
|
|
|
v |
Glm velocity in cell centre, y-component |
|
|
m/s |
vdudy |
Advection |
|
|
m2/s2 |
vdvdy |
Advection |
|
|
m2/s2 |
ve |
Eulerian velocity in cell centre, y-component |
|
|
m/s |
ve_sed |
Advection velocity sediment in cell centre, y-component |
|
|
m/s |
vegtype |
Vegetation type index |
|
|
|
vev |
Eulerian velocity in u-points, y-component |
|
|
m/s |
vi |
Incident bound wave velocity in, y-component |
|
|
m/s |
viscu |
Viscosity |
|
|
m2/s2 |
viscv |
Viscosity |
|
|
m2/s2 |
vmag |
Velocity magnitude in cell centre |
|
|
m/s |
vmageu |
Eulerian velocity magnitude u-points |
|
|
m/s |
vmagev |
Eulerian velocity magnitude v-points |
|
|
m/s |
vmagu |
Glm velocity magnitude u-points |
|
|
m/s |
vmagv |
Glm velocity magnitude v-points |
|
|
m/s |
vmean |
Longterm mean velocity at bnds in u-points, y-component |
|
|
m/s |
vmwci |
Velocity (time-averaged) for wci, y-component |
|
|
m/s |
vrepb |
Representative flow velocity for sediment advection and diffusion, y-component |
|
|
m/s |
vreps |
Representative flow velocity for sediment advection and diffusion, y-component |
|
|
m/s |
vu |
Glm velocity in u-points, y-component |
|
|
m/s |
vv |
Glm velocity in v-points, y-component |
|
|
m/s |
vwcins |
V-velocity used in wave stationary computation in case of wci |
|
|
m/s |
vwf |
Stokes drift, y-component |
|
|
m/s |
vws |
V-velocity used in wave stationary computation (and single_dir wave directions) |
|
|
m/s |
vz |
Velocity (q3d) eta-comp |
|
|
|
wb |
Vertical velocity at the bottom |
|
|
m/s |
wete |
Mask wet/dry wave-points |
|
|
|
wetu |
Mask wet/dry u-points |
|
|
|
wetv |
Mask wet/dry v-points |
|
|
|
wetz |
Mask wet/dry eta-points |
|
|
|
wi |
Vertical velocity at boundary due to (short) waves |
|
|
m/s |
winddirts |
Input wind direction |
|
|
deg_nautical |
windinpt |
Input time of input wind signal |
|
|
s |
windnv |
Wind velocity in n direction in v point at current time step |
|
|
m/s |
windsu |
Wind velocity in s direction in u point at current time step |
|
|
m/s |
windvelts |
Input wind velocity |
|
|
m/s |
windxts |
Time series of input wind velocity (not s direction), x-component |
|
|
m/s |
windyts |
Time series of input wind velocity (not n direction), y-component |
|
|
m/s |
wm |
Mean abs frequency |
|
|
rad/s |
ws |
Vertical velocity at the free surface |
|
|
m/s |
wscrit |
Critial vertical velocity at the free surface for breaking |
|
|
m/s |
x |
X-coord. original cmp. grid |
|
|
m |
xHrunup |
Location at which short wave height for runup is taken |
|
|
m |
xu |
X-coord. comp. grid u-points |
|
|
m |
xv |
X-coord. comp. grid v-points |
|
|
m |
xyzs01 |
Global xy coordinates of corner (x=1,y=1) |
|
|
|
xyzs02 |
Global xy coordinates of corner (x=1,y=n) |
|
|
|
xyzs03 |
Global xy coordinates of corner (x=n,y=n) |
|
|
|
xyzs04 |
Global xy coordinates of corner (x=n,y=1) |
|
|
|
xz |
X-coord. comp. grid (positive shoreward, perp. to coastline) |
|
|
m |
y |
Y-coord. original comp. grid |
|
|
m |
yu |
Y-coord. comp. grid u-points |
|
|
m |
yv |
Y-coord. comp. grid v-points |
|
|
m |
yz |
Y-coord. comp. grid |
|
|
m |
z0bed |
No description |
|
|
|
zb |
Bed level |
|
|
m |
zb0 |
Initial bed level |
|
|
m |
zbobs |
Beachwizard observed depth |
|
|
m |
zi |
Surface elevation at boundary due to (short) waves |
|
|
m |
zs |
Water level |
|
|
m |
zs0 |
Water level due to tide alone |
|
|
m |
zs0fac |
Relative weight of offshore boundary and bay boundary for each grid point is stored in zs0fac |
|
|
|
zs1 |
Water level minus tide |
|
|
m |
zswci |
Waterlevel (time-averaged) for wci |
|
|
m |