Impacts of developed tools of heterogenous characterization on the hydrodynamics of flow and the transport mechanisms are illustrated in this text through a series of extensive numerical simulations consisting of single and multiple-realizations (Monte Carlo method).
Impacts of developed tools of heterogenous characterization on the hydrodynamics of flow and the transport mechanisms are illustrated in this text through a series of extensive numerical simulations consisting of single and multiple-realizations (Monte Carlo method).
PREFACE 1 INTRODUCTION 2 REVIEW OF THE THEORY OF STOCHASTIC MODELLING OF SUBSURFACE POROUS FLOW AND TRANSPORT 3 NEW METHODOLOGY FOR GEOLOGICAL CHARACTERIZATION 4 FLOW IN HETEROGENEOUS FORMATIONS CHARACTERIZED BY A COUPLED MARKOV CHAIN MODEL 5 A HYBRID STOCHASTIC MODEL COMBINING SOFT INFORMATION AND HARD DATA 6 FLOW AND TRANSPORT IN HETEROGENEOUS FORMATIONS: SINGLE REALIZATION APPROACH 7 PREDICTION UNCERTAINTY OF SOLUTE TRANSPORT IN HETEROGENEOUS FORMATIONS 8 LABORATORY EXPERIMENTS ON SOLUTE TRANSPORT IN HOMOGENEOUS AND HETEROGENEOUS MEDIA 9 GENERAL CONCLUSIONS AND RECOMMENDATIONS Index
PREFACE 1 INTRODUCTION 2 REVIEW OF THE THEORY OF STOCHASTIC MODELLING OF SUBSURFACE POROUS FLOW AND TRANSPORT 3 NEW METHODOLOGY FOR GEOLOGICAL CHARACTERIZATION 4 FLOW IN HETEROGENEOUS FORMATIONS CHARACTERIZED BY A COUPLED MARKOV CHAIN MODEL 5 A HYBRID STOCHASTIC MODEL COMBINING SOFT INFORMATION AND HARD DATA 6 FLOW AND TRANSPORT IN HETEROGENEOUS FORMATIONS: SINGLE REALIZATION APPROACH 7 PREDICTION UNCERTAINTY OF SOLUTE TRANSPORT IN HETEROGENEOUS FORMATIONS 8 LABORATORY EXPERIMENTS ON SOLUTE TRANSPORT IN HOMOGENEOUS AND HETEROGENEOUS MEDIA 9 GENERAL CONCLUSIONS AND RECOMMENDATIONS Index
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