Fundamentals of Reservoir Engineering
L.P. Dake
Description
Fundamentals of Reservoir Engineering is designed to present the basic physics of reservoir engineering using straightforward mathematical techniques. This volume serves as an essential introduction for anyone involved in developing and producing hydrocarbon reserves, focusing on the complete understanding of physics as the key to solving complex reservoir problems in a practical manner. It includes specialized sections on the theory and practice of well testing and pressure analysisâarguably the most important subjects in the fieldâand provides a comprehensive look at aquifer modeling and displacement theory. The text is supported by numerous fully worked exercises to help students illustrate and master the underlying theory.
Contents:
- Chapter 1: Some Basic Concepts in Reservoir Engineering
- Chapter 2: PVT Analysis for Oil
- Chapter 3: Material Balance Applied to Oil Reservoirs
- Chapter 4: Darcy's Law and Applications
- Chapter 5: The Basic Differential Equation for Radial Flow in a Porous Medium
- Chapter 6: Well Inflow Equations for Stabilized Flow Conditions
- Chapter 7: The Constant Terminal Rate Solution of the Radial Diffusivity Equation and its Application to Oilwell Testing
- Chapter 8: Real Gas Flow: Gas Well Testing
- Chapter 9: Natural Water Influx
- Chapter 10: Immiscible Displacement
