1 |
ux |
xc, yc, zeta |
m/yr |
x-velocity |
2 |
uy |
xc, yc, zeta |
m/yr |
y-velocity |
3 |
uxy |
xc, yc, zeta |
m/yr |
Horizonal velocity magnitude |
4 |
uz |
xc, yc, zeta_ac |
m/yr |
z-component velocity |
5 |
uz_star |
xc, yc, zeta_ac |
m/yr |
z-velocity with corr. for thermal advection |
6 |
ux_bar |
xc, yc |
m/yr |
Depth-averaged x-velocity |
7 |
uy_bar |
xc, yc |
m/yr |
Depth-averaged y-velocity |
8 |
uxy_bar |
xc, yc |
m/yr |
Depth-averaged horizontal velocity magnitude |
9 |
ux_bar_prev |
xc, yc |
m/yr |
Previous depth-averaged x-velocity |
10 |
uy_bar_prev |
xc, yc |
m/yr |
Previous depth-averaged y-velocity |
11 |
ux_b |
xc, yc |
m/yr |
Basal x-velocity |
12 |
uy_b |
xc, yc |
m/yr |
Basal y-velocity |
13 |
uz_b |
xc, yc |
m/yr |
Basal z-velocity |
14 |
uxy_b |
xc, yc |
m/yr |
Basal horizontal velocity magnitude |
15 |
ux_s |
xc, yc |
m/yr |
Surface x-velocity |
16 |
uy_s |
xc, yc |
m/yr |
Surface y-velocity |
17 |
uz_s |
xc, yc |
m/yr |
Surface z-velocity |
18 |
uxy_s |
xc, yc |
m/yr |
Surface horizontal velocity magnitude |
19 |
ux_i |
xc, yc, zeta |
m/yr |
Shearing x-velocity |
20 |
uy_i |
xc, yc, zeta |
m/yr |
Shearing y-velocity |
21 |
ux_i_bar |
xc, yc |
m/yr |
Depth-averaged shearing x-velocity |
22 |
uy_i_bar |
xc, yc |
m/yr |
Depth-averaged shearing y-velocity |
23 |
uxy_i_bar |
xc, yc |
m/yr |
Depth-averaged horizontal velocity magnitude |
24 |
duxydt |
xc, yc |
m/yr^2 |
Time derivative of uxy |
25 |
duxdz |
xc, yc, zeta |
1/yr |
x-velocity vertical gradient |
26 |
duydz |
xc, yc, zeta |
1/yr |
y-velocity vertical gradient |
27 |
duxdz_bar |
xc, yc |
1/yr |
Depth-averaged x-velocity vertical gradient |
28 |
duydz_bar |
xc, yc |
1/yr |
Depth-averaged y-velocity vertical gradient |
29 |
taud_acx |
xc, yc |
Pa |
Driving stress (x-dir) |
30 |
taud_acy |
xc, yc |
Pa |
Driving stress (y-dir) |
31 |
taud |
xc, yc |
Pa |
Driving stress magnitude |
32 |
taub_acx |
xc, yc |
Pa |
Basal stress (x-dir) |
33 |
taub_acy |
xc, yc |
Pa |
Basal stress (y-dir) |
34 |
taub |
xc, yc |
Pa |
Basal stress magnitude |
35 |
taul_int_acx |
xc, yc |
Pa |
Depth-integrated lateral stress (x-dir) |
36 |
taul_int_acy |
xc, yc |
Pa |
Depth-integrated lateral stress (y-dir) |
37 |
qq_gl_acx |
xc, yc |
m^3/yr |
Flux across grounding line |
38 |
qq_gl_acy |
xc, yc |
m^3/yr |
Flux across grounding line |
39 |
qq_acx |
xc, yc |
m^3/yr |
Flux (x-dir) |
40 |
qq_acy |
xc, yc |
m^3/yr |
Flux (y-dir) |
41 |
qq |
xc, yc |
m^3/yr |
Flux magnitude |
42 |
de_eff |
xc, yc, zeta |
1/yr |
Effective strain rate |
43 |
visc_eff |
xc, yc, zeta |
Pa yr |
Effective viscosity |
44 |
visc_eff_int |
xc, yc |
Pa yr m |
Depth-integrated viscosity |
45 |
N_eff |
xc, yc |
Pa |
Effective pressure |
46 |
cb_tgt |
xc, yc |
Pa |
Target basal parameter |
47 |
cb_ref |
xc, yc |
-- |
Reference basal parameter |
48 |
c_bed |
xc, yc |
Pa |
Basal drag coefficient |
49 |
beta_acx |
xc, yc |
Pa yr m^-1 |
Basal stress factor (x) |
50 |
beta_acy |
xc, yc |
Pa yr m^-1 |
Basal stress factor (y) |
51 |
beta |
xc, yc |
Pa yr m^-1 |
Basal stress factor mag. |
52 |
beta_eff |
xc, yc |
Pa yr m^-1 |
Effective basal factor |
53 |
f_vbvs |
xc, yc |
- |
Vertical basal stress |
54 |
ssa_mask_acx |
xc, yc |
- |
SSA mask (x-dir) |
55 |
ssa_mask_acy |
xc, yc |
- |
SSA mask (y-dir) |
56 |
ssa_err_acx |
xc, yc |
m/yr |
SSA error (x-dir) |
57 |
ssa_err_acy |
xc, yc |
m/yr |
SSA error (y-dir) |
58 |
jvel_dxx |
xc, yc, zeta |
1/yr |
Velocity Jacobian component duxdx |
59 |
jvel_dxy |
xc, yc, zeta |
1/yr |
Velocity Jacobian component duxdy |
60 |
jvel_dxz |
xc, yc, zeta |
1/yr |
Velocity Jacobian component duxdz |
61 |
jvel_dyx |
xc, yc, zeta |
1/yr |
Velocity Jacobian component duydx |
62 |
jvel_dyy |
xc, yc, zeta |
1/yr |
Velocity Jacobian component duydy |
63 |
jvel_dyz |
xc, yc, zeta |
1/yr |
Velocity Jacobian component duydz |
64 |
jvel_dzx |
xc, yc, zeta_ac |
1/yr |
Velocity Jacobian component duzdx |
65 |
jvel_dzy |
xc, yc, zeta_ac |
1/yr |
Velocity Jacobian component duzdy |
66 |
jvel_dzz |
xc, yc, zeta_ac |
1/yr |
Velocity Jacobian component duzdz |