Titre : |
Processus hydromécaniques couplés dans les réseaux de fractures hétérogènes - Caractérisation in situ et simulations numériques |
Type de document : |
thèse |
Auteurs : |
Frédéric CAPPA ; Yves GUGLIELMI, Directeur de thèse ; UFR Sciences Université de Nice (Sophia Antipolis), Commanditaire ; Jonny RUTQVIST, Rapporteur ; Claudio SCAVIA, Rapporteur ; François-Henri CORNET, Examinateur ; Stéphane GAFFET, Examinateur ; Mehdi GHOREYCHI, Examinateur ; Alain THORAVAL, Examinateur ; Chin-Fu TSANG, Examinateur ; Jean VIRIEUX, Examinateur |
Importance : |
113 p. |
Note générale : |
Preface
Abstract
Key Words
Table of Contents
Appendix
References
List of Appended Papers |
Index. décimale : |
TH-05 |
Résumé : |
INTRODUCTION
FUNDAMENTALS OF HYDROMECHANICAL COUPLINGS IN GEO-SYSTEMS : GOVERNING EQUATIONS
Theory of Poroelasticity
Fundamentals of Hydromechanical Coupling in a Rock Fracture
IN SITU CHARACTERIZATION OF THE COUPLED HYDROMECHANICAL EFFECTS IN HETEROGENEOUS FRACTURES ROCK MASSES - THE COARAZE FIELD EXPERIMENT AND MODELLING PROJECT
Field Hydromechanical Experiments
Numerical Investigation Methodology and Numerical Codes Description
OVERVIEW OF EACH APPENDED PAPER
Hydromechanical Behavior of a Heterogeneous Fractures Network : A Large-Scale Analysis (Paper I)
High-Frequency Measurements of the Single Fracture Hydormechanical Behavior and Characterization of Rock Surface Movements : Use of Fiber Optic Sensors (Paper II)
Coupled Hydromechanical Behavior of a Single Fracture within an High-Permeability Fractures Network (Paper III)
Time-Dependent Fracture Hydromechanical Behavior (Paper IV)
CONCLUSION
PERSPECTIVES |
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