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Engineering
Petroleum Engineering
Reservoir Engineering
1. Introduction to Reservoir Engineering
2. Fundamental Properties of Reservoir Rocks
3. Properties of Reservoir Fluids
4. Fluid Flow in Porous Media
5. Reservoir Drive Mechanisms
6. Material Balance and Reserves Estimation
7. Pressure Transient Analysis
8. Water Influx and Aquifer Performance
9. Secondary Recovery
10. Enhanced Oil Recovery
11. Reservoir Simulation
Fluid Flow in Porous Media
Flow Fundamentals
Continuum Assumption
Flow Regimes
Laminar Flow
Turbulent Flow
Transition Flow
Reynolds Number
Single-Phase Flow
Darcy's Law Applications
Linear Flow
Radial Flow
Spherical Flow
Flow Equations
Steady-State Flow
Unsteady-State Flow
Pseudo-Steady-State Flow
Diffusivity Equation
Derivation
Assumptions
Boundary Conditions
Analytical Solutions
Well Performance
Productivity Index
Skin Factor
Mechanical Skin
Completion Skin
Partial Penetration
Wellbore Storage
Multiphase Flow
Relative Permeability
Measurement Methods
Correlations
Hysteresis
Capillary Forces
Fractional Flow Theory
Fractional Flow Function
Fractional Flow Curves
Water Cut Analysis
Buckley-Leverett Theory
Assumptions
Shock Front
Saturation Profiles
Breakthrough Time
Mobility Ratio
Capillary Number
Heterogeneity Effects
Layered Systems
Areal Heterogeneity
Permeability Variations
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3. Properties of Reservoir Fluids
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5. Reservoir Drive Mechanisms