دانلود کتاب Dynamics of Fluids and Transport in Fractured Rock

فهرست مطالب :

Dynamics of Fluids and Transport in Fractured Rock......Page 3
Copyright......Page 4
CONTENTS......Page 5
PREFACE......Page 7
1. MOTIVATION AND PROBLEM STATEMENT......Page 9
2. MODELS AND MODELING OF FLOW ANDTRANSPORT IN FRACTURED ROCK......Page 10
3.1. Multiscale Investigations of Flow and Transport inFractured Media......Page 12
3.4. Microbial Transport......Page 14
REFERENCES......Page 15
1. HISTORICAL OVERVIEW......Page 20
2. A NEW STOCHASTIC FRACTAL......Page 24
3. DISCUSSION......Page 27
4. CONCLUSIONS......Page 28
REFERENCES......Page 29
1. INTRODUCTION......Page 30
2. CONTINUOUS-TIME RANDOM-WALK FRAMEWORK......Page 31
3. APPLICATIONS TO FRACTURE SYSTEMS......Page 33
4. PARTIAL DIFFERENTIAL EQUATION FORM OF THE CTRW TRANSPORT EQUATION......Page 36
REFERENCES......Page 37
2. FRACTURE NETWORKS......Page 39
3. FRACTURED POROUS MEDIA......Page 42
REFERENCES......Page 46
1. INTRODUCTION......Page 48
2. DRYING MODEL......Page 49
3.1. Simulated Tomographic Images......Page 51
3.2. Effect of Varying Grain Size......Page 53
5. ELASTIC-WAVE VELOCITY SIMULATION RESULTS......Page 56
7. CONCLUSIONS......Page 58
REFERENCES......Page 59
1. INTRODUCTION......Page 60
3. FRACTURE PROFILES......Page 61
4. NAVIER-STOKES SIMULATIONS......Page 63
6. NONLINEAR FLOW REGIMES?THEORY......Page 64
7. NONLINEAR FLOW REGIMES?RESULTS......Page 66
8. CONCLUSIONS......Page 67
REFERENCES......Page 68
1. INTRODUCTION......Page 70
2. THE MODIFIED BRINKMAN EQUATION MBE......Page 72
3. MATERIALS AND METHODS......Page 75
4. RESULTS AND DISCUSSION......Page 77
5. CONCLUSIONS......Page 82
1. INTRODUCTION......Page 86
2. THERMODYNAMIC ISSUES......Page 87
3. APPROACH......Page 88
4. RESULTS......Page 90
REFERENCES......Page 93
1. INTRODUCTION......Page 95
2. MODELING REGION......Page 96
3. EXPERT GROUPS AND THEIR MODELS......Page 97
5. RESULTS AND DISCUSSION......Page 101
6. CONCLUSION......Page 102
REFERENCES......Page 104
1. INTRODUCTION......Page 106
2. CULEBRA HYDROGEOLOGY......Page 107
3. REGIONAL CONTROLS ON CULEBRA FRACTURING......Page 108
3.1. Dissolution of Underlying Salt......Page 109
3.2. Proximity to Rustler Halite Units......Page 111
3.3. Overburden Thickness......Page 113
4.2. Sulfate Nodules and Cements......Page 114
4.3. Identifying Local Effects......Page 115
6. REVISED CONCEPTUAL MODEL OF RE-ENTRANTS......Page 116
7. SUMMARY......Page 117
REFERENCES......Page 118
1. INTRODUCTION......Page 119
2. SINGLE FRACTURE CASE RESULTS......Page 121
3. SMEARED FRACTURE APPROACH......Page 123
4. THE INVERSE PROBLEM FOR TRACER TESTS CONDUCTED AT BLOCK SCALE......Page 125
5. CONCLUSIONS AND PERSPECTIVES......Page 128
REFERENCES......Page 129
1. INTRODUCTION......Page 131
2. SITE-SPECIFIC FLOW MODEL......Page 132
3. DRAWDOWN OF THE WATER TABLE......Page 137
4. INFLOW OF GROUNDWATER......Page 140
5. FLOW PATTERN AND SALINITY DISTRIBUTION......Page 144
6. UNCERTAINTIES AND SENSITIVITIES......Page 148
7. CONCLUSIONS AND FUTURE WORK......Page 150
REFERENCES......Page 151
1. INTRODUCTION......Page 152
2. BACKGROUND......Page 153
3. THEORY FOR FRACTURE AIR REPLACEMENT......Page 155
4. EXPERIMENTS ON SALT-CRUST FORMATIONS......Page 157
5. NUMERICAL INVESTIGATION......Page 160
SUMMARY AND CONCLUSIONS......Page 163
REFERENCES......Page 164
1. INTRODUCTION......Page 166
2. NUMERICAL SIMULATION OF DNAPL IN FRACTURED CLAY SYSTEM......Page 167
3. ANALYTICAL MODEL OF FRACTURE CONTAMINANT DISCHARGE......Page 170
4. PLUME DEVELOPMENT IN AQUIFER DUE TO FRACTURE DISCHARGE......Page 171
5. CONCLUSIONS......Page 173
REFERENCES......Page 174
1. STEAM AND WATER DISCHARGES FROMGEOTHERMAL PRODUCTION WELLS......Page 176
2. EQUILIBRIUM CONDITIONS IN A TWO-PHASEGEOTHERMAL RESERVOIR......Page 177
3. THE APPARENT PARADOX......Page 178
5. THE ROLE OF "EXCESS ENTHALPY"......Page 179
6. IMPLICATIONS FOR RESERVOIR MODELING AND SIMULATION......Page 180
7. IMPLICATIONS FOR RESERVOIR MANAGEMENT......Page 181
REFERENCES......Page 182
1. OVERVIEW......Page 183
2. FRACTURE SYSTEM AND MICROFRACTURE NETWORK......Page 184
3. IMPORTANT QUESTIONS ABOUT MICROBIAL PROCESSES IN COMPETENT ROCK......Page 185
4. DETERMINATION OF PREDOMINANT MICROBIAL PROCESSES IN COMPETENT ROCK......Page 186
6. SURFACE-ASSOCIATED VERSUS PLANKTONIC MICROBIAL COMMUNITIES......Page 188
8. MICROBIAL TRANSPORT IN FRACTURES......Page 190
REFERENCES......Page 191
1. INTRODUCTION......Page 194
2. MATERIALS AND METHODS......Page 195
3. RESULTS AND DISCUSSION......Page 199
REFERENCES......Page 204