131 - 131 |
EXECUTIVE SUMMARY EHLIGECONOMIDES C |
133 - 140 |
DETAILED CHARACTERIZATION OF A FRACTURED LIMESTONE FORMATION BY USE OF STOCHASTIC INVERSE APPROACHES DATTAGUPTA A, VASCO DW, LONG JCS, DONFRO PS, RIZER WD |
141 - 147 |
DISTINCT ELEMENT SIMULATION OF FAULTED RESERVOIR BEHAVIOR MAKURAT AH, GUTIERREZ M, KNAPSTAD B, JOHNSEN JH, KOESTLER AG |
148 - 152 |
FRACTURE-NETWORK 3D CHARACTERIZATION IN A DEFORMED CHALK RESERVOIR ANALOG - THE LANGERDORF CASE KOESTLER AG, REKSTEN K |
153 - 159 |
GAS OIL CAPILLARY-PRESSURE OF CHALK AT ELEVATED PRESSURES CHRISTOFFERSEN KR, WHITSON CH |
160 - 166 |
ADVANCES IN CHARACTERIZING NATURAL-FRACTURE PERMEABILITY FROM MUD-LOG DATA DYKE CG, WU BL, MILTONTAYLOR D |
167 - 172 |
COMPLEXITIES IN THE ANALYSIS OF PRESSURE-TRANSIENT RESPONSE IN FAULTED NATURALLY FRACTURED RESERVOIRS KHACHATOORIAN R, ERSHAGHI I, SHIKARI Y |
173 - 179 |
PRACTICAL APPLICATION OF FRACTAL PRESSURE-TRANSIENT ANALYSIS IN NATURALLY FRACTURED RESERVOIRS ACUNA JA, ERSHAGHI I, YORTSOS YS |
180 - 185 |
TRANSMISSIVITY AND DIFFUSIVITY MAPPING FROM INTERFERENCE TEST DATA - A FIELD EXAMPLE NAJURIETA H, DURAN R, SAMANIEGOV F, RODRIGUEZ A, MARTINEZANGELES R, ROSALES CP |
186 - 192 |
TRACER-TEST INTERPRETATION IN NATURALLY FRACTURED RESERVOIRS RAMIREZ J, SAMANIEGO F, RODRIGUEZ F, RIVERA J |