Page 293 - Reservoir Geomechanics

Modeled S hmin /S v c. 1 1 Observed S hmin /S v 10 o E 3 o W 9 o E 8 o E 2 o W 7 o E 0 o 1 o W 6 o E 5 o E 4 o E 3 o E 2 o E 1 o E 10 o E 11 o E 9 o E 8 o E 7 o E 6 o E 5 o E 2 o E 4 o E 3 o E 64 o N 0.95 64 o N 0.95 64 o N 0.9 0.9 63 o N 63 o N 63 o N 0.85 0.85 62 o N 62 o N 62 o N 0.8 0.8 61 o N 61 o N 6 1 o N 0.75

0 o 1 o E 100 2 o E 1 o E horizontal the as is
1 o W km 5 0 0 o sheet shown wells
2 o W 0 1 o W
b. maximum ice in
3 o W 2 o W are
64 o N 63 o N 62 o N 61 o N 60 o N 59 o N 58 o N 57 o N 57 o N 3 o W of tests

64 o N 63 o N 62 o N 61 o N 60 o N 59 o N 58 o N 11 o E 10 o E directions Fennoscandian magnitudes leak-off use.
10 o E 11 o E 9 o E the stress from futher
9 o E 8 o E observed of for
8 o E 7 o E determined
7 o E 6 o E 6 o E 5 o E removal calculated required
Stress trajectories 5 o E 2 o E 4 o E 3 o E 4 o E 3 o E between to due The (b) as stress is

1 o E
100 2 o E 1 o E Comparison flexure Sea. permission
0 o horizontal
1 o W km 50 0 o North
2 o W 0 1 o W whose
a. 9.3. lithospheric
3 o W 2 o W
64 o N 63 o N 62 o N 61 o N 60 o N 59 o N 58 o N 57 o N 3 o W Figure of northern minimum AAPG