Fundamentals of basin and petroleum systems modeling:
"This text contains the first comprehensive presentation of methods and algorithms used in basin modeling. It provides geoscientists and geophysicists with an extensive in-depth view of the theory behind the models."--BOOK JACKET.
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Dordrecht [u.a.]
Springer
2009
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Zusammenfassung: | "This text contains the first comprehensive presentation of methods and algorithms used in basin modeling. It provides geoscientists and geophysicists with an extensive in-depth view of the theory behind the models."--BOOK JACKET. |
| Beschreibung: | XVI, 476 S. graph. Darst. |
| ISBN: | 9783540723172 354072317X |
Internformat
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| 245 | 1 | 0 | |a Fundamentals of basin and petroleum systems modeling |c Thomas Hantschel ; Armin, I. Kauerauf |
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| 300 | |a XVI, 476 S. |b graph. Darst. | ||
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Datensatz im Suchindex
| _version_ | 1804136634043596800 |
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| adam_text | CONTENTS 1 INTRODUCTION TO BASIN MODELING 1 1.1 HISTORY 1 1.2 GEOLOGICAL
PROCESSES 3 1.3 STRUCTURE OF A MODEL 8 1.4 PETROLEUM SYSTEMS MODELING 20
1.5 MODELING WORKFLOWS 24 1.6 STRUCTURAL RESTORATION 26 1.7 COMPARISON
WITH RESERVOIR MODELING 27 1.8 OUTLOOK 28 SUMMARY 29 REFERENCES 30 2
PORE PRESSURE, COMPACTION AND TECTONICS 31 2.1 INTRODUCTION 31 2.1.1
BULK STRESSES 31 2.1.2 PORE PRESSURE FORMATION AND FLUID FLOW 33 2.1.3
COMPACTION AND POROSITY REDUCTION 35 2.2 TERZAGHI TYPE MODELS 37 2.2.1
BASIC FORMULATION 38 2.2.2 MECHANICAL COMPACTION 42 2.2.3 PERMEABILITY
AND VISCOSITY 51 2.2.4 1D PRESSURE SOLUTIONS 56 2.2.5 PRESSURE SOLUTIONS
IN 2D AND 3D 59 2.3 SPECIAL PROCESSES OF PRESSURE FORMATION 65 2.3.1
CHEMICAL COMPACTION 65 2.3.2 FLUID EXPANSION MODELS 70 2.4 OVERPRESSURE
CALIBRATION 75 2.5 GEOMECHANICAL MODELS 77 2.6 STRESS AND DEFORMATION 78
2.6.1 FAILURE ANALYSIS 81 2.7 FAULTS 86 BIBLIOGRAFISCHE INFORMATIONEN
HTTP://D-NB.INFO/983898545 DIGITALISIERT DURCH XII CONTENTS 2.8
PALEO-MODELS 90 2.8.1 EVENT-STEPPING 91 2.8.2 PALEO-STEPPING 93 2.8.3
OVERTHRUSTING 95 SUMMARY 98 REFERENCES 99 3 HEAT FLOW ANALYSIS 103 3.1
INTRODUCTION 103 3.2 ONE DIMENSIONAL (1D) MODELS 105 3.2.1 STEADY STATE
MODELS 105 3.2.2 TRANSIENT EFFECT 107 3.3 THERAIAL CONDUCTIVITY 110
3.3.1 ROCK AND MINERAL FUNCTIONS 112 3.3.2 PORE FLUID FUNCTIONS 114 3.4
SPECIFIC HEAT CAPACITY 116 3.4.1 ROCK AND MINERAL FUNCTIONS 117 3.4.2
PORE FLUID FUNCTIONS 118 3.5 RADIOGENIC HEAT 119 3.6 THREE DIMENSIONAL
HEAT FLOW EQUATION 119 3.6.1 HEAT CONVECTION 122 3.6.2 MAGMATIC
INTRUSIONS 125 3.6.3 PERMAFROST 125 3.7 SWI TEMPERATURES 126 3.8 CRUSTAL
MODELS FOR BASAL HEAT FLOW PREDICTION 129 3.8.1 THE PRINCIPLE OF
ISOSTASY 134 3.8.2 HEAT FLOW MODELS 137 3.8.3 WORKFLOW CRUSTAL
PREPROCESSING 139 3.9 HEAT FLOW CALIBRATION 143 3.9.1 EXAMPLE WORKFLOW
FOR 3D HEAT CALIBRATION 145 SUMMARY 148 REFERENCES 149 4 PETROLEUM
GENERATION 151 4.1 INTRODUCTION 151 4.2 DISTRIBUTED REACTIVITY KINETICS
152 4.3 PETROLEUM GENERATION KINETICS 156 4.3.1 BULK KINETICS 159 4.3.2
OIL-GAS KINETICS 161 4.3.3 COMPOSITIONAL KINETICS 163 4.4 THERMAL
CALIBRATION PARAMETERS 169 4.4.1 VITRINITE REFLECTANCE 169 4.4. CONTENTS
XIII 4.4.5 FISSION-TRACK ANALYSIS 181 4.5 ADSORPTION 183 4.6
BIODEGRADATION 188 4.7 SOURCE ROCK ANALYSIS 191 SUMMARY 195 REFERENCES
196 FLUID ANALYSIS 199 5.1 INTRODUCTION 199 5.2 WATER PHASE 201 5.3
BINARY MIXTURES AND BLACK OIL MODELS 203 5.4 EQUATIONS OF STATE (EOS)
207 5.4.1 MIXING RULES 210 5.4.2 PHASE EQUILIBRIUM 211 5.5 FLASH
CALCULATIONS 213 5.5.1 CLASSIFICATION OF PETROLEUM 217 5.5.2 PT-PATHS
217 5.6 PROPERTY PREDICTION 218 5.6.1 DENSITY 218 5.6.2 BUBBLE POINT
PRESSURE 224 5.6.3 GAS OIL RATIO (GOR) 225 5.6.4 OIL FORMATION VOLUME
FACTOR B O 225 5.6.5 VISCOSITY 227 5.6.6 INTERFACIAL TENSION (IFT) 233
5.7 CALIBRATION OF A FLUID MODEL 235 5.7.1 CALIBRATION AND FLUID HEAVY
END 236 5.7.2 TUNING OF PSEUDO-COMPONENT PARAMETERS 237 5.7.3 TUNING OF
THE BINARY INTERACTION PARAMETER (BIP) 240 5.8 GAS HYDRATES 241 SUMMARY
243 REFERENCES 243 MIGRATION AND ACCUMULATION 247 6.1 INTRODUCTION 247
6.2 GEOLOGICAL BACKGROUND 248 6.3 MULTI-PHASE DARCY FLOW 250 6.3.1
CAPILLARY PRESSURE 254 6.3.2 PRESSURE AT PHASE BOUNDARIES 259 6.3.3
THREE PHASE FLOW FORMULATION WITHOUT PHASE CHANGES 261 6.3.4
MULTICOMPONENT FLOW EQUATIONS WITH PHASE CHANGES .. 265 6.3. XIV
CONTENTS 6.5.3 ACCUMULATION ANALYSIS 276 6.5.4 FAULTS AND SMALL SCALE
FEATURES 280 6.5.5 OVERPRESSURE AND WATERFLOW 282 6.5.6 NON-IDEAL
RESERVOIRS 283 6.6 HYBRID METHOD 286 6.6.1 DOMAIN DECOMPOSITION 287
6.6.2 BREAK THROUGH 289 6.6.3 FAULT FLOW 292 6.7 FLOWPATH MODELING 295
6.8 INVASION PERCOLATION 297 6.8.1 PHYSICAL BACKGROUND 298 6.8.2
PERCOLATION ON MICROSCOPIC LENGTH SCALES 304 6.8.3 UPSCALING OF
MICROSCOPIC PERCOLATION 306 6.8.4 ONE PHASE INVASION PERCOLATION 309
6.8.5 TWO PHASE MIGRATION WITH DISPLACEMENT 312 6.8.6 DISCRETIZATION OF
SPACE AND PROPERTY ASSIGNMENT 313 6.8.7 ANISOTROPY 317 6.9 DISCUSSION
319 6.10 MASS BALANCES 327 6.10.1 FUNDAMENTAL LAWS OF MASS CONSERVATION
327 6.10.2 THE PETROLEUM SYSTEM 330 6.10.3 RESERVOIR STRUCTURES AND
ACCUMULATIONS 332 SUMMARY 335 REFERENCES 336 7 RISK ANALYSIS 341 7.1
INTRODUCTION 341 7.2 MONTE CARLO SIMULATION 344 7.2.1 UNCERTAINTY
DISTRIBUTIONS 348 7.2.2 DERIVED UNCERTAINTY PARAMETERS 351 7.2.3 LATIN
HYPERCUBE SAMPLING (LHC) 352 7.2.4 UNCERTAINTY CORRELATIONS 354 7.2.5
ANALYSIS OF RESULTS 357 7.2.6 MODEL DATA 359 7.3 BAYESIAN APPROACH 360
7.3.1 PRIOR INFORMATION OF DERIVED PARAMETERS 365 7.3.2 CORRELATIONS OF
PRIORS 365 7.3.3 PRIOR INFORMATION OF NOMINAL UNCERTAINTIES 365 7.
CONTENTS XV 7.5 METAMODELS 370 7.5.1 RESPONSE SURFACES 370 7.5.2 FAST
THERMAL SIMULATION 372 7.5.3 KRIGING 375 7.5.4 NEURAL NETWORKS 376 7.5.5
OTHER METHODS FOR METAMODELING 376 7.5.6 CALIBRATION WITH MARKOV CHAIN
MONTE CARLO SERIES .... 376 SUMMARY 378 REFERENCES 378 8 MATHEMATICAL
METHODS 381 8.1 INTRODUCTION 381 8.2 PHYSICAL QUANTITIES 382 8.3 MIXING
RULES AND UPSCALING 384 8.4 FINITE DIFFERENCES 387 8.5 FINITE ELEMENT
METHOD 389 8.6 CONTROL VOLUMES 394 8.7 SOLVER 396 8.8 PARALLELIZATION
396 8.9 LOCAL GRID REFINEMENT (LGR) 399 8.9.1 TARTAN GRID 400 8.9.2
WINDOWING 400 8.9.3 COUPLED MODEL IN MODEL 401 8.9.4 FAULTS 402 SUMMARY
403 REFERENCES 404 A COMPACTION AND FLOW PARAMETER 405 B DEVIATION OF
THE PRESSURE EQUATION 413 C ANALYTIC GROUNDWATER FLOW SOLUTION FROM TOETH
415 D ONE DIMENSIONAL CONSOLIDATION SOLUTION FROM GIBSON 419 E THERMAL
PROPERTIES 421 F ANALYTIC SOLUTIONS TO SELECTED HEAT FLOW PROBLEMS 429
F.L INFLUENCE OF RADIOGENIC HEAT PRODUCTION ON A STEADY STATE
TEMPERATURE PROFILE 430 F.2 STEADY STATE TEMPERATURE PROFILE WITH A
LATERAL BASAL HEAT FLOW JUMP 430 F. XVI CONTENTS F.6 NON STEADY STATE
MODEL WITH SWI TEMPERATURE JUMP 436 F.7 AN ESTIMATE FOR THE IMPACT OF
CONTINUOUS DEPOSITION ON HEAT FLOW 437 G PETROLEUM KINETICS 441 H
BIOMARKER 445 I COMPONENT PROPERTIES 449 J METHANE DENSITY 457 K
COMPOSITIONS AND COMPONENTS FOR FIG. 5.14 459 L AN ANALYTIC SOLUTION FOR
THE DIFFUSION OF METHANE THROUGH A CAP ROCK 461 M FLOWPATH BENDING 463 N
UNIT CONVERSIONS AND CONSTANTS 467 INDEX 469
|
| adam_txt |
CONTENTS 1 INTRODUCTION TO BASIN MODELING 1 1.1 HISTORY 1 1.2 GEOLOGICAL
PROCESSES 3 1.3 STRUCTURE OF A MODEL 8 1.4 PETROLEUM SYSTEMS MODELING 20
1.5 MODELING WORKFLOWS 24 1.6 STRUCTURAL RESTORATION 26 1.7 COMPARISON
WITH RESERVOIR MODELING 27 1.8 OUTLOOK 28 SUMMARY 29 REFERENCES 30 2
PORE PRESSURE, COMPACTION AND TECTONICS 31 2.1 INTRODUCTION 31 2.1.1
BULK STRESSES 31 2.1.2 PORE PRESSURE FORMATION AND FLUID FLOW 33 2.1.3
COMPACTION AND POROSITY REDUCTION 35 2.2 TERZAGHI TYPE MODELS 37 2.2.1
BASIC FORMULATION 38 2.2.2 MECHANICAL COMPACTION 42 2.2.3 PERMEABILITY
AND VISCOSITY 51 2.2.4 1D PRESSURE SOLUTIONS 56 2.2.5 PRESSURE SOLUTIONS
IN 2D AND 3D 59 2.3 SPECIAL PROCESSES OF PRESSURE FORMATION 65 2.3.1
CHEMICAL COMPACTION 65 2.3.2 FLUID EXPANSION MODELS 70 2.4 OVERPRESSURE
CALIBRATION 75 2.5 GEOMECHANICAL MODELS 77 2.6 STRESS AND DEFORMATION 78
2.6.1 FAILURE ANALYSIS 81 2.7 FAULTS 86 BIBLIOGRAFISCHE INFORMATIONEN
HTTP://D-NB.INFO/983898545 DIGITALISIERT DURCH XII CONTENTS 2.8
PALEO-MODELS 90 2.8.1 EVENT-STEPPING 91 2.8.2 PALEO-STEPPING 93 2.8.3
OVERTHRUSTING 95 SUMMARY 98 REFERENCES 99 3 HEAT FLOW ANALYSIS 103 3.1
INTRODUCTION 103 3.2 ONE DIMENSIONAL (1D) MODELS 105 3.2.1 STEADY STATE
MODELS 105 3.2.2 TRANSIENT EFFECT 107 3.3 THERAIAL CONDUCTIVITY 110
3.3.1 ROCK AND MINERAL FUNCTIONS 112 3.3.2 PORE FLUID FUNCTIONS 114 3.4
SPECIFIC HEAT CAPACITY 116 3.4.1 ROCK AND MINERAL FUNCTIONS 117 3.4.2
PORE FLUID FUNCTIONS 118 3.5 RADIOGENIC HEAT 119 3.6 THREE DIMENSIONAL
HEAT FLOW EQUATION 119 3.6.1 HEAT CONVECTION 122 3.6.2 MAGMATIC
INTRUSIONS 125 3.6.3 PERMAFROST 125 3.7 SWI TEMPERATURES 126 3.8 CRUSTAL
MODELS FOR BASAL HEAT FLOW PREDICTION 129 3.8.1 THE PRINCIPLE OF
ISOSTASY 134 3.8.2 HEAT FLOW MODELS 137 3.8.3 WORKFLOW CRUSTAL
PREPROCESSING 139 3.9 HEAT FLOW CALIBRATION 143 3.9.1 EXAMPLE WORKFLOW
FOR 3D HEAT CALIBRATION 145 SUMMARY 148 REFERENCES 149 4 PETROLEUM
GENERATION 151 4.1 INTRODUCTION 151 4.2 DISTRIBUTED REACTIVITY KINETICS
152 4.3 PETROLEUM GENERATION KINETICS 156 4.3.1 BULK KINETICS 159 4.3.2
OIL-GAS KINETICS 161 4.3.3 COMPOSITIONAL KINETICS 163 4.4 THERMAL
CALIBRATION PARAMETERS 169 4.4.1 VITRINITE REFLECTANCE 169 4.4. CONTENTS
XIII 4.4.5 FISSION-TRACK ANALYSIS 181 4.5 ADSORPTION 183 4.6
BIODEGRADATION 188 4.7 SOURCE ROCK ANALYSIS 191 SUMMARY 195 REFERENCES
196 FLUID ANALYSIS 199 5.1 INTRODUCTION 199 5.2 WATER PHASE 201 5.3
BINARY MIXTURES AND BLACK OIL MODELS 203 5.4 EQUATIONS OF STATE (EOS)
207 5.4.1 MIXING RULES 210 5.4.2 PHASE EQUILIBRIUM 211 5.5 FLASH
CALCULATIONS 213 5.5.1 CLASSIFICATION OF PETROLEUM 217 5.5.2 PT-PATHS
217 5.6 PROPERTY PREDICTION 218 5.6.1 DENSITY 218 5.6.2 BUBBLE POINT
PRESSURE 224 5.6.3 GAS OIL RATIO (GOR) 225 5.6.4 OIL FORMATION VOLUME
FACTOR B O 225 5.6.5 VISCOSITY 227 5.6.6 INTERFACIAL TENSION (IFT) 233
5.7 CALIBRATION OF A FLUID MODEL 235 5.7.1 CALIBRATION AND FLUID HEAVY
END 236 5.7.2 TUNING OF PSEUDO-COMPONENT PARAMETERS 237 5.7.3 TUNING OF
THE BINARY INTERACTION PARAMETER (BIP) 240 5.8 GAS HYDRATES 241 SUMMARY
243 REFERENCES 243 MIGRATION AND ACCUMULATION 247 6.1 INTRODUCTION 247
6.2 GEOLOGICAL BACKGROUND 248 6.3 MULTI-PHASE DARCY FLOW 250 6.3.1
CAPILLARY PRESSURE 254 6.3.2 PRESSURE AT PHASE BOUNDARIES 259 6.3.3
THREE PHASE FLOW FORMULATION WITHOUT PHASE CHANGES 261 6.3.4
MULTICOMPONENT FLOW EQUATIONS WITH PHASE CHANGES . 265 6.3. XIV
CONTENTS 6.5.3 ACCUMULATION ANALYSIS 276 6.5.4 FAULTS AND SMALL SCALE
FEATURES 280 6.5.5 OVERPRESSURE AND WATERFLOW 282 6.5.6 NON-IDEAL
RESERVOIRS 283 6.6 HYBRID METHOD 286 6.6.1 DOMAIN DECOMPOSITION 287
6.6.2 BREAK THROUGH 289 6.6.3 FAULT FLOW 292 6.7 FLOWPATH MODELING 295
6.8 INVASION PERCOLATION 297 6.8.1 PHYSICAL BACKGROUND 298 6.8.2
PERCOLATION ON MICROSCOPIC LENGTH SCALES 304 6.8.3 UPSCALING OF
MICROSCOPIC PERCOLATION 306 6.8.4 ONE PHASE INVASION PERCOLATION 309
6.8.5 TWO PHASE MIGRATION WITH DISPLACEMENT 312 6.8.6 DISCRETIZATION OF
SPACE AND PROPERTY ASSIGNMENT 313 6.8.7 ANISOTROPY 317 6.9 DISCUSSION
319 6.10 MASS BALANCES 327 6.10.1 FUNDAMENTAL LAWS OF MASS CONSERVATION
327 6.10.2 THE PETROLEUM SYSTEM 330 6.10.3 RESERVOIR STRUCTURES AND
ACCUMULATIONS 332 SUMMARY 335 REFERENCES 336 7 RISK ANALYSIS 341 7.1
INTRODUCTION 341 7.2 MONTE CARLO SIMULATION 344 7.2.1 UNCERTAINTY
DISTRIBUTIONS 348 7.2.2 DERIVED UNCERTAINTY PARAMETERS 351 7.2.3 LATIN
HYPERCUBE SAMPLING (LHC) 352 7.2.4 UNCERTAINTY CORRELATIONS 354 7.2.5
ANALYSIS OF RESULTS 357 7.2.6 MODEL DATA 359 7.3 BAYESIAN APPROACH 360
7.3.1 PRIOR INFORMATION OF DERIVED PARAMETERS 365 7.3.2 CORRELATIONS OF
PRIORS 365 7.3.3 PRIOR INFORMATION OF NOMINAL UNCERTAINTIES 365 7.
CONTENTS XV 7.5 METAMODELS 370 7.5.1 RESPONSE SURFACES 370 7.5.2 FAST
THERMAL SIMULATION 372 7.5.3 KRIGING 375 7.5.4 NEURAL NETWORKS 376 7.5.5
OTHER METHODS FOR METAMODELING 376 7.5.6 CALIBRATION WITH MARKOV CHAIN
MONTE CARLO SERIES . 376 SUMMARY 378 REFERENCES 378 8 MATHEMATICAL
METHODS 381 8.1 INTRODUCTION 381 8.2 PHYSICAL QUANTITIES 382 8.3 MIXING
RULES AND UPSCALING 384 8.4 FINITE DIFFERENCES 387 8.5 FINITE ELEMENT
METHOD 389 8.6 CONTROL VOLUMES 394 8.7 SOLVER 396 8.8 PARALLELIZATION
396 8.9 LOCAL GRID REFINEMENT (LGR) 399 8.9.1 TARTAN GRID 400 8.9.2
WINDOWING 400 8.9.3 COUPLED MODEL IN MODEL 401 8.9.4 FAULTS 402 SUMMARY
403 REFERENCES 404 A COMPACTION AND FLOW PARAMETER 405 B DEVIATION OF
THE PRESSURE EQUATION 413 C ANALYTIC GROUNDWATER FLOW SOLUTION FROM TOETH
415 D ONE DIMENSIONAL CONSOLIDATION SOLUTION FROM GIBSON 419 E THERMAL
PROPERTIES 421 F ANALYTIC SOLUTIONS TO SELECTED HEAT FLOW PROBLEMS 429
F.L INFLUENCE OF RADIOGENIC HEAT PRODUCTION ON A STEADY STATE
TEMPERATURE PROFILE 430 F.2 STEADY STATE TEMPERATURE PROFILE WITH A
LATERAL BASAL HEAT FLOW JUMP 430 F. XVI CONTENTS F.6 NON STEADY STATE
MODEL WITH SWI TEMPERATURE JUMP 436 F.7 AN ESTIMATE FOR THE IMPACT OF
CONTINUOUS DEPOSITION ON HEAT FLOW 437 G PETROLEUM KINETICS 441 H
BIOMARKER 445 I COMPONENT PROPERTIES 449 J METHANE DENSITY 457 K
COMPOSITIONS AND COMPONENTS FOR FIG. 5.14 459 L AN ANALYTIC SOLUTION FOR
THE DIFFUSION OF METHANE THROUGH A CAP ROCK 461 M FLOWPATH BENDING 463 N
UNIT CONVERSIONS AND CONSTANTS 467 INDEX 469 |
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| author | Hantschel, Thomas Kauerauf, Armin Ingo |
| author_facet | Hantschel, Thomas Kauerauf, Armin Ingo |
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| author_sort | Hantschel, Thomas |
| author_variant | t h th a i k ai aik |
| building | Verbundindex |
| bvnumber | BV022526081 |
| callnumber-first | Q - Science |
| callnumber-label | QE615 |
| callnumber-raw | QE615 |
| callnumber-search | QE615 |
| callnumber-sort | QE 3615 |
| callnumber-subject | QE - Geology |
| classification_rvk | TZ 7500 |
| ctrlnum | (OCoLC)399408896 (DE-599)DNB983898545 |
| dewey-full | 551.44 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 551 - Geology, hydrology, meteorology |
| dewey-raw | 551.44 |
| dewey-search | 551.44 |
| dewey-sort | 3551.44 |
| dewey-tens | 550 - Earth sciences |
| discipline | Geologie / Paläontologie |
| discipline_str_mv | Geologie / Paläontologie |
| format | Book |
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| id | DE-604.BV022526081 |
| illustrated | Illustrated |
| index_date | 2024-07-02T18:04:53Z |
| indexdate | 2024-07-09T20:59:31Z |
| institution | BVB |
| isbn | 9783540723172 354072317X |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-015732753 |
| oclc_num | 399408896 |
| open_access_boolean | |
| owner | DE-29 DE-19 DE-BY-UBM DE-83 |
| owner_facet | DE-29 DE-19 DE-BY-UBM DE-83 |
| physical | XVI, 476 S. graph. Darst. |
| publishDate | 2009 |
| publishDateSearch | 2009 |
| publishDateSort | 2009 |
| publisher | Springer |
| record_format | marc |
| spelling | Hantschel, Thomas Verfasser aut Fundamentals of basin and petroleum systems modeling Thomas Hantschel ; Armin, I. Kauerauf Dordrecht [u.a.] Springer 2009 XVI, 476 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier "This text contains the first comprehensive presentation of methods and algorithms used in basin modeling. It provides geoscientists and geophysicists with an extensive in-depth view of the theory behind the models."--BOOK JACKET. Mathematisches Modell Basins (Geology) Mathematical models Erdölgeologie (DE-588)4152692-2 gnd rswk-swf Computersimulation (DE-588)4148259-1 gnd rswk-swf Sedimentationsbecken (DE-588)4180610-4 gnd rswk-swf Sedimentationsbecken (DE-588)4180610-4 s Computersimulation (DE-588)4148259-1 s DE-604 Erdölgeologie (DE-588)4152692-2 s Kauerauf, Armin Ingo Verfasser aut DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015732753&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Hantschel, Thomas Kauerauf, Armin Ingo Fundamentals of basin and petroleum systems modeling Mathematisches Modell Basins (Geology) Mathematical models Erdölgeologie (DE-588)4152692-2 gnd Computersimulation (DE-588)4148259-1 gnd Sedimentationsbecken (DE-588)4180610-4 gnd |
| subject_GND | (DE-588)4152692-2 (DE-588)4148259-1 (DE-588)4180610-4 |
| title | Fundamentals of basin and petroleum systems modeling |
| title_auth | Fundamentals of basin and petroleum systems modeling |
| title_exact_search | Fundamentals of basin and petroleum systems modeling |
| title_exact_search_txtP | Fundamentals of basin and petroleum systems modeling |
| title_full | Fundamentals of basin and petroleum systems modeling Thomas Hantschel ; Armin, I. Kauerauf |
| title_fullStr | Fundamentals of basin and petroleum systems modeling Thomas Hantschel ; Armin, I. Kauerauf |
| title_full_unstemmed | Fundamentals of basin and petroleum systems modeling Thomas Hantschel ; Armin, I. Kauerauf |
| title_short | Fundamentals of basin and petroleum systems modeling |
| title_sort | fundamentals of basin and petroleum systems modeling |
| topic | Mathematisches Modell Basins (Geology) Mathematical models Erdölgeologie (DE-588)4152692-2 gnd Computersimulation (DE-588)4148259-1 gnd Sedimentationsbecken (DE-588)4180610-4 gnd |
| topic_facet | Mathematisches Modell Basins (Geology) Mathematical models Erdölgeologie Computersimulation Sedimentationsbecken |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015732753&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT hantschelthomas fundamentalsofbasinandpetroleumsystemsmodeling AT kaueraufarminingo fundamentalsofbasinandpetroleumsystemsmodeling |