yohanesnuwara / reservoir-engineering Public

Python worked examples and problems from Reservoir Engineering textbooks (Brian Towler SPE Textbook Vol. 8, etc.)

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Name		Name	Last commit message	Last commit date
Latest commit History 198 Commits
Appendix A. Values and Tabulations		Appendix A. Values and Tabulations
Papers		Papers
Reservoir Simulation Ertekin/Unit 5 Finite-Difference Approximation to Linear-Flow Equations		Reservoir Simulation Ertekin/Unit 5 Finite-Difference Approximation to Linear-Flow Equations
Unit 2 Review of Rock and Fluid Properties		Unit 2 Review of Rock and Fluid Properties
Unit 3 Reservoir Statics		Unit 3 Reservoir Statics
Unit 4 Volumetrics		Unit 4 Volumetrics
Unit 5 Material Balance/notebook		Unit 5 Material Balance/notebook
Unit 6 Single-Phase-Fluid Flow in Porous Media		Unit 6 Single-Phase-Fluid Flow in Porous Media
Unit 7 Introduction to Well-Test Analysis		Unit 7 Introduction to Well-Test Analysis
Unit 8 Aquifer Influx		Unit 8 Aquifer Influx
Unit 9 Dry-Gas Reservoirs		Unit 9 Dry-Gas Reservoirs
.gitignore		.gitignore
LICENSE		LICENSE
README.md		README.md
oilfied_unit_conversion.py		oilfied_unit_conversion.py
tips_for_tabulation.ipynb		tips_for_tabulation.ipynb

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ipynb notebooks of practices in Fundamental Principles of Reservoir Engineering (Brian Towler, SPE Textbook Series No. 8)

Original copy of this book can be purchased from SPE Bookstore

All examples and problems from the book are worked on Python language.

The book contains 14 units and 1 Appendix. In this repo, each unit has 3 folders:

data: Compilation of data in CSV tables for examples and problems.
functions: Compilation of functions from the Equations in the book to execute certain purposed calculations.
notebooks: Jupyter notebooks of worked examples and practice problems.

Appendix A contains values and tabulations for solving certain equations in the book.

Author: Yohanes Nuwara