Reservoir Simulation is one of the important Stages in the Oil and Gas Industry. Different Reservoir Simulators are designed for Simulation. These reservoir simulators have been designed for use by reservoir engineers who may possess little in the numerical mathematics upon which they are based. one who wants to learn how to deal more effectively with numerical decisions, Fundamental of Numerical Reservoir Simulation By D.W. Peaceman is the best book for study.
In this book, The first chapter combines a review of some basic reservoir mechanics with the derivation of the differential equations that reservoir simulators are designed to solve. The next four chapters provide the basic theory of the numerical solution of simple partial differential equations. The final chapter brings together this basic theory as it applies to numerical solution problems. You can download this book free from our website, Click on the download option and get it free.
This book also includes some knowledge of partial differential equations and simple matrix algebra and additional mathematical tools are provided where needed. Follow the main features of this book.
- The book is also available in the pdf format so that you can read it on your laptops and tablets as well.
All the important graphs, pictures, and other diagrams are available with every topic where it is necessary.
- You can easily understand the text written since the English used in the book is quite easy.
- Fundamentals of Numerical Reservoir Simulation is one of the Recommended books on Reservoir Simulation.
- It is an updated book on reservoir simulation.
Table of Contents.
Chapter No 1: Differential Equations for Flow in Reservoirs.
Chapter No 2: Elementary Finite Differences.
Chapter No 3: Numerical Solution of Parabolic Problems in one Dependent Variable.
Chapter No 4: Numerical Solution of First-Order Hyperbolic Problems in one Dependent Variable.
Chapter No 5: Numerical Solution of Elliptic Problems in one Dependent Variable.
Chapter No 6: Numerical Solution of Two-Phase Flow Problems.