Multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems

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Bibliographische Detailangaben
1. Verfasser: Helmig, Rainer (VerfasserIn)
Format: Buch
Sprache:German
Veröffentlicht: Berlin [u.a.] Springer 1997
Schriftenreihe:Environmental engineering
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MARC

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Datensatz im Suchindex

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adam_text RAINER HELMIG MULTIPHASE FLOW AND TRANSPORT PROCESSES IN THE SUBSURFACE A CONTRIBUTION TO THE MODELING OF HYDROSYSTEMS WITH 190 FIGURES SPRINGER TABLE OF CONTENTS 1. INTRODUCTION 1 1.1 PROBLEM CLASSIFICATION 1 1.2 PROBLEM FORMULATION AND EXACT DEFINITION OF THE SUBJECT 5 1.2.1 APPLICATION OF THE DIFFERENT MODELS 5 1.2.2 REMARKS ON THE TERM MODEL 10 1.2.3 OBJECTIVE AND STRUCTURE OF THIS BOOK 19 2. FUNDAMENTAL PRINCIPLES OF CONCEPTUAL MODELING 23 2.1 PRELIMINARY REMARKS 23 2.1.1 GENERAL REMARKS 23 2.1.2 DEFINITIONS AND FUNDAMENTAL TERMS 29 2.2 SYSTEM PROPERTIES 34 2.2.1 MASS AND MOLE FRACTIONS 35 2.2.2 DENSITY 38 2.2.3 VISCOSITY 42 2.2.4 SPECIFIC ENTHALPY, SPECIFIC INTERNAL ENERGY 44 2.2.5 SURFACE TENSION 47 2.2.6 SPECIFIC HEAT CAPACITY 47 2.3 PHASE STATE, PHASE TRANSITION, PHASE CHANGE 48 2.3.1 PHASE STATE 48 2.3.2 PHASE TRANSITION, PHASE CHANGE 49 2.4 CAPILLARITY 50 2.4.1 MICROSCOPIC CAPILLARITY 50 2.4.2 MACROSCOPIC CAPILLARITY 53 2.4.3 CAPILLARITY IN FRACTURES 60 2.5 HYSTERESIS . 64 VIII TABLE OF CONTENTS 2.6 DEFINITION OF DIFFERENT SATURATIONS 65 2.7 RELATIVE PERMEABILITY 72 2.7.1 PERMEABILITY 72 2.7.2 RELATIVE PERMEABILITY AT THE MICRO SCALE 72 2.7.3 RELATIVE PERMEABILITY AT THE MACRO SCALE 73 2.7.4 RELATIVE PERMEABILITY-SATURATION RELATION IN FRACTURES . 80 2.7.5 FRACTURE-MATRIX INTERACTION 81 2.8 PRESSURE AND TEMPERATURE DEPENDENCE OF POROSITY 82 3. MATHEMATICAL MODELING 85 3.1 GENERAL BALANCE EQUATION 85 3.1.1 PRECONDITIONS AND ASSUMPTIONS 85 3.1.2 THE REYNOLDS TRANSPORT THEOREM IN INTEGRAL FORM 87 3.1.3 DERIVATION OF THE GENERAL BALANCE EQUATION 88 3.1.4 INITIAL AND BOUNDARY CONDITIONS 91 3.1.5 CHOICE OF THE PRIMARY VARIABLES 93 3.2 CONTINUITY EQUATION PER PHASE 95 3.2.1 TIME DERIVATIVE 97 3.3 MOMENTUM EQUATION AND DARCY S LAW 97 3.3.1 GENERAL REMARKS 97 3.3.2 DARCY S LAW OF SINGLE-PHASE FLOW 101 3.3.3 GENERALIZATION OF DARCY S LAW FOR MULTIPHASE FLOW 102 3.4 GENERAL FORM OF THE MULTIPHASE FLOW EQUATION 103 3.4.1 PRESSURE FORMULATION 104 3.4.2 PRESSURE-SATURATION FORMULATION 105 3.4.3 SATURATION FORMULATION 106 3.4.4 MATHEMATICAL MODELING FOR THREE-PHASE INFILTRATION AND REMOBILIZATION PROCESSES 109 3.5 TRANSPORT EQUATION 114 3.5.1 BASIC TRANSPORT EQUATION 114 3.5.2 TRANSPORT IN A MULTIPHASE SYSTEM 116 3.5.3 DESCRIPTION OF THE MASS TRANSFER BETWEEN PHASES 117 3.5.4 MULTICOMPONENT TRANSPORT PROCESSES IN THE GAS PHASE . 120 3.6 ENERGY EQUATION 132 3.7 MULTIPHASE/MULTICOMPONENT SYSTEM 136 TABLE OF CONTENTS DC 4. NUMERICAL MODELING 141 4.1 CLASSIFICATION 141 4.1.1 PROBLEM AND SPECIAL SOLUTION METHODS 141 4.1.2 FUNDAMENTALS OF DISCRETIZATION 145 4.1.3 CONSERVATIVE DISCRETIZATION 147 4.1.4 WEIGHTED RESIDUAL METHOD 152 4.2 FINITE ELEMENT AND FINITE VOLUME METHODS 155 4.2.1 SPATIAL DISCRETIZATION 155 4.2.2 CHOICE OF ELEMENT TYPES 158 4.2.3 GALERKIN FINITE ELEMENT METHOD 160 4.2.4 SUBDOMAIN COLLOCATION * FINITE VOLUME METHOD 163 4.2.5 TIME DISCRETIZATION 164 4.3 LINEARIZATION OF THE MULTIPHASE PROBLEM 169 4.3.1 WEAK NONLINEARITIES 169 4.3.2 STRONG NONLINEARITIES 169 4.3.3 HANDLING OF THE NONLINEARITIES 169 4.3.4 EXAMPLE: LINEARIZED TWO-PHASE EQUATION 171 4.4 DISCUSSION OF THE INSTATIONARY HYPERBOLIC (CONVECTIVE) TRANS- PORT EQUATION 175 4.4.1 CLASSIFICATION OF HYPERBOLIC DIFFERENTIAL EQUATIONS 175 4.4.2 A LINEAR HYPERBOLIC TRANSPORT EQUATION 176 4.4.3 A QUASILINEAR HYPERBOLIC TRANSPORT EQUATION - BUCKLEY-LEVERETT EQUATION 177 4.4.4 ANALYTICAL SOLUTIONS FOR THE BUCKLEY-LEVERETT PROBLEM . 195 4.5 SPECIAL DISCRETIZATION METHODS 196 4.5.1 MOTIVATION 196 4.5.2 UPWIND METHOD * FINITE DIFFERENCE METHOD 200 4.5.3 EXPLICIT UPWIND METHOD OF FIRST ORDER * FULLY UPWIND 201 4.5.4 MULTIDIMENSIONAL UPWIND METHOD OF FIRST ORDER 205 4.5.5 EXPLICIT UPWIND METHOD OF HIGHER ORDER * TVD TECH- NIQUES 208 4.5.6 IMPLICIT UPWIND METHOD OF FIRST ORDER * FULLY UPWIND 213 4.5.7 PEIROV-GALERKIN FINITE ELEMENT METHOD 214 4.5.8 ADDITIONAL REMARKS ON CONSERVATIVE DISCRETIZATION 221 X TABLE OF CONTENTS 4.5.9 FLUX-CORRECTED METHOD 222 4.5.10 MIXED-HYBRID FINITE ELEMENT METHODS 225 5. COMPARISON OF THE DIFFERENT DISCRETIZATION METHODS 229 5.1 DISCRETIZATION 231 5.1.1 FINITE ELEMENT GALERKIN METHOD 232 5.1.2 SUBDOMAIN COLLOCATION FINITE VOLUME METHOD (BOX METHOD) 238 5.2 BOUNDEDNESS PRINCIPLE * DISCUSSION OF A MONOTONIC SOLUTION . 242 5.3 COMPARATIVE STUDY OF THE DIFFERENT METHODS IN HOMOGENEOUS POROUS MEDIA 250 5.3.1 MULTIPHASE FLOW WITHOUT CAPILLARY PRESSURE EFFECTS * BUCKLEY-LEVERETT PROBLEM 250 5.3.2 MULTIPHASE FLOW WITH CAPILLARY PRESSURE EFFECTS * ME WHORTER PROBLEM 258 5.4 HETEROGENEITY EFFECTS 264 5.5 COMPARATIVE STUDY OF THE METHODS FOR FLOW IN HETEROGENEOUS POROUS MEDIA 275 5.6 FIVE-SPOT WATERFLOOD PROBLEM 290 6. TEST PROBLEMS * APPLICATIONS 299 6.1 DNAPL-INFILTRATION 299 6.2 LNAPL-INFILTRATION 317 6.3 NON-ISOTHERMAL MULTIPHASE/MULTICOMPONENT FLOW 324 6.3.1 HEAT PIPE 324 6.3.2 STUDY OF BENCH-SCALE EXPERIMENTS 335 7. FINAL REMARKS 343
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author Helmig, Rainer
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series2 Environmental engineering
spellingShingle Helmig, Rainer
Multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems
Eau souterraine - Écoulement - Modèles mathématiques
Eaux souterraines - Écoulement - Modèles mathématiques ram
Transfert de masse
Transfert de masse ram
discrétisation inriac
modélisation mathématique inriac
modélisation numérique inriac
processus transport inriac
Écoulement polyphasique
Écoulement polyphasique ram
écoulement multiphase inriac
Mathematisches Modell
Groundwater flow Mathematical models
Mass transfer
Multiphase flow
Mathematisches Modell (DE-588)4114528-8 gnd
Poröser Stoff (DE-588)4046811-2 gnd
Hydrodynamik (DE-588)4026302-2 gnd
Mehrphasenströmung (DE-588)4169315-2 gnd
subject_GND (DE-588)4114528-8
(DE-588)4046811-2
(DE-588)4026302-2
(DE-588)4169315-2
title Multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems
title_auth Multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems
title_exact_search Multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems
title_full Multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems Rainer Helmig
title_fullStr Multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems Rainer Helmig
title_full_unstemmed Multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems Rainer Helmig
title_short Multiphase flow and transport processes in the subsurface
title_sort multiphase flow and transport processes in the subsurface a contribution to the modeling of hydrosystems
title_sub a contribution to the modeling of hydrosystems
topic Eau souterraine - Écoulement - Modèles mathématiques
Eaux souterraines - Écoulement - Modèles mathématiques ram
Transfert de masse
Transfert de masse ram
discrétisation inriac
modélisation mathématique inriac
modélisation numérique inriac
processus transport inriac
Écoulement polyphasique
Écoulement polyphasique ram
écoulement multiphase inriac
Mathematisches Modell
Groundwater flow Mathematical models
Mass transfer
Multiphase flow
Mathematisches Modell (DE-588)4114528-8 gnd
Poröser Stoff (DE-588)4046811-2 gnd
Hydrodynamik (DE-588)4026302-2 gnd
Mehrphasenströmung (DE-588)4169315-2 gnd
topic_facet Eau souterraine - Écoulement - Modèles mathématiques
Eaux souterraines - Écoulement - Modèles mathématiques
Transfert de masse
discrétisation
modélisation mathématique
modélisation numérique
processus transport
Écoulement polyphasique
écoulement multiphase
Mathematisches Modell
Groundwater flow Mathematical models
Mass transfer
Multiphase flow
Poröser Stoff
Hydrodynamik
Mehrphasenströmung
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