354
Principles
of
Applied
Reservoir Simulation
solution method
265,266
relative permeability 258, 292,
sonic 109,
112 293
source/sink
32,
143, 144,
291
throughput 151, 160,
163,221,
spacing
58, 60, 61, 68,
169,
234 222
SPE/WPC
75, 76
time-lapse (4D) seismic
106,227,
specific gravity
29, 30,
261,298,
288
303
timestep
38,
147-151, 155, 221,
spontaneous potential
112
222,
224,233,264,266
270,
stability
86,
120, 149, 151, 161, 272, 278-280, 291,
307
224,279,291
timestep
standard deviation
76, 85
summary
38,278,279
Standing-Katz
301
tomography
118
steady-state aquifer 223,
308
tracer 103, 169, 177,
182
stochastic image 102,
181
transient tests
113,
114,
169
subsidence
82, 83, 85, 86
transition zone
23,24,
30,49,
136-
surface model
90,
91,
146
139,165
sweep
39, 57, 58, 62
transmissibility
103, 130, 141,
sweep
efficiency
39, 58, 62
185,223,
230,
235,249,
253-
symnietry
141,
161
255, 292, 294,
295
transmission coefficient
108,290
T
two-point
upstream
267
tank
model
216,230
Taylor
150
U
team
4-6,
76, 89, 90,
93,114,
132, uncertainty
93,
104,
132,
157,
180
;
134,
135,
168, 170, 174, 184, 183,
188,192
189,190
unconformity
198,199,223
temperature
65,91,
92,
121
-124,
undersaturated
94,127,
129,
154,
127-129,139,
143, 145, 153, 155, 192, 197,
200,204,206,
177,
261, 295-299, 301-303
207,209,
210,
234,259
tensor 134, 144, 163, 287,
323
uniqueness problem
184
terminal
309
tertiary production
68 V
thermal
68-70,
91,112,
145, 173, validity
92,
116,
128, 139, 179,
177,
187
180,186,
191, 192,293
thickness
12, 58, 61, 82, 83, 85,
vector
36, 37,
102, 148,
285
100-102,
110,
137, 139, 146, velocity
33, 37, 42, 44, 49, 50, 52,
156, 166, 182,
198,208,219,
53,
107-110,
117, 119, 144,
223, 241-244, 269, 274, 305, 150, 229, 230, 245, 272, 280,
306, 309,
318,
320 ,
321
286, 288,
289
three-dimensional model
222
vertical
three-phase
conformance
153
flow
33,
331
equilibrium (VE)
159
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