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Reservoir Geomechanics: Analyzing Rock Deformation and Fracture Characterization for Enhanced Reservoir Performance
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Course Description
1 Lessons
Course overview
Module 1: Introduction to Reservoir Geomechanics
3 Lessons
Importance of reservoir geomechanics in hydrocarbon exploration and production.
Overview of key concepts terminology and applications.
Role of geomechanics in reservoir characterization and development planning.
Module 2: Stress Analysis Fundamentals
4 Lessons
Fundamentals of stress and strain: types definitions and measurement techniques.
Analyzing sources of stress in reservoirs: tectonic forces reservoir compaction and pore pressure changes.
Stress distribution and its impact on reservoir behavior.
Introduction to geomechanical data acquisition and interpretation techniques.
Module 3: Rock Deformation Modeling
4 Lessons
Mechanical properties of rocks: elasticity strength and failure criteria.
Rock deformation mechanisms: brittle and ductile deformation.
Numerical methods for modeling rock deformation processes.
Case studies and practical applications of rock deformation modeling.
Module 4: Fracture Characterization in Reservoirs
4 Lessons
Introduction to fracture mechanics and its role in reservoir performance.
Different types of fractures: natural induced and hydraulic fractures.
Techniques for fracture identification characterization and analysis.
Evaluating fracture networks and their impact on reservoir connectivity.
Module 5: Integration of Geomechanics in Reservoir Management
4 Lessons
Role of geomechanics in reservoir simulation and production forecasting.
Optimization strategies for wellbore stability and sand control.
Geomechanical considerations in reservoir monitoring and surveillance.
Case studies highlighting successful integration of geomechanics in reservoir management.
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