Useful Links
Engineering
Petroleum Engineering
Well Testing and Analysis
1. Introduction to Well Testing
2. Fundamental Principles of Fluid Flow in Porous Media
3. Well and Reservoir Models
4. Pressure Transient Test Design and Execution
5. Analysis of Single-Rate Tests
6. Advanced Analysis Techniques
7. Well Test Interpretation for Different Reservoir Geometries
8. Specialized Well Tests
9. Gas Well Testing
10. Complex Reservoir and Well Systems
11. Modern Well Testing Practices
12. Quality Assurance and Validation
Complex Reservoir and Well Systems
Hydraulically Fractured Wells
Fracture Flow Regimes
Linear Flow in Fracture
Bilinear Flow
Formation Linear Flow
Pseudo-Radial Flow
Finite-Conductivity Fractures
Fracture Conductivity Effects
Type-Curve Analysis
Infinite-Conductivity Fractures
Uniform Flux Fractures
Early-Time Behavior
Fracture Characterization
Fracture Half-Length
Fracture Conductivity
Fracture Skin
Horizontal Wells
Horizontal Well Flow Regimes
Early Radial Flow
Intermediate Linear Flow
Late Pseudo-Radial Flow
Wellbore Effects
Wellbore Storage
Pressure Drop in Wellbore
Reservoir Anisotropy Effects
Vertical to Horizontal Permeability Ratio
Naturally Fractured Reservoirs
Dual-Porosity Models
Warren and Root Model
Matrix and Fracture Systems
Interporosity Flow
Dual-Permeability Models
Crossflow Between Systems
Characteristic Response Features
Transition Zone Behavior
S-Shaped Derivative
Parameter Estimation
Storativity Ratio
Interporosity Flow Coefficient
Layered Reservoirs
Commingled Flow Systems
Crossflow Models
Vertical Communication
Layer Properties
No-Crossflow Models
Independent Layer Behavior
Layer Identification
Individual Layer Properties
Previous
9. Gas Well Testing
Go to top
Next
11. Modern Well Testing Practices