Page 366 - Principles of Applied Reservoir Simulation 2E

352 Principles of Applied Reservoir Simulation

momentum 91, 142, 143 petrophysical model 288
multidisciplinary 104 phase
behavior 121, 125
N envelope 121, 123
naturally fractured 173 plot file 279
near wellbore 173, 181 Poisson's ratio 83, 86,290
net present value 77-81 pore
neutron 112 radius 23, 30
Newton-Raphson 147, 148 volume 14,40,44, 56, 151,
nine-point 163 166, 181,182,185, 208,
nonlinear 41, 53,133,145,146, 209,217, 221-223, 265,280
206 porous 6, 34, 39,48,49, 89,131-
normal distribution 63, 76, 77, 85 133,140,143,245,289,299
numerical pot aquifer 267,268, 307, 308
dispersion 150,151, 155, 266 prediction 2, 77, 92, 93, 119, 168,
174, 186-188,207,223-225
O prediction process 187,224
objectives 5, 85, 90, 153,154, 160, pressure
165, 168, 169, 172-174, 176, correction 170, 220
183, 197 equation 325, 331
Ockham's Razor 3, 154, 160, 172- initialization 262,263, 304
174 maintenance 67, 68, 83, 173
oil productive capacity 110, 115 price forecast 1, 92, 93
oil-water 21,24,26,28,46,49, 60, primary production 64
70, 135-138, 148,264,286, pseudoization 159,160
306,324 pulse 114
oscillations 279 PVT 121, 127, 128, 145, 154,155,
output 6, 8, 17,47, 63, 149,165, 169,175, 176,204,207,232,
232, 270, 271,278-281 234,235,239,240,255-259,
261,265,278,299-301
P PVT region 175, 232,255-258,
P-T diagram 121,123 278, 287
parallel grid 162
parachor 20 R
partial differential equations 146 radial
pattern 56, 58-62, 69, 141, 162, coordinates 173
192 flow 171, 221
payout 78, 81 radius 22,23, 30, 61, 95,170, 171,
PEBI164 175,201-203,219, 221, 269,
performance 274, 309, 318-321
data 3 rate
predictions 89, 186,192,218 constraint 275, 310, 317