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|a Dake, L. P.
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|a Fundamentals of reservoir engineering /
|c L.P. Dake.
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|a Amsterdam ;
|a Boston :
|b Elsevier,
|c 1978.
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|a 1 online resource (xv, 443 pages) :
|b illustrations
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|a Developments in petroleum science ;
|v 8
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|a Includes bibliographical references and indexes.
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|a Print version record.
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|3 Use copy
|f Restrictions unspecified
|2 star
|5 MiAaHDL
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|a Electronic reproduction.
|b [Place of publication not identified] :
|c HathiTrust Digital Library,
|d 2010.
|5 MiAaHDL
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|a Master and use copy. Digital master created according to Benchmark for Faithful Digital Reproductions of Monographs and Serials, Version 1. Digital Library Federation, December 2002.
|u http://purl.oclc.org/DLF/benchrepro0212
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|a digitized
|c 2010
|h HathiTrust Digital Library
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|5 MiAaHDL
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|a Access restricted to Ryerson students, faculty and staff.
|5 CaOTR
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|a Front Cover; Fundamentals of Reservoir Engineering; Copyright Page; Table of Contents; PREFACE; ACKNOWLEDGEMENTS; IN MEMORIAM; NOMENCLATURE; Chapter 1. SOME BASIC CONCEPTS IN RESERVOIR ENGINEERING; 1. Introduction; 2. Calculation of hydrocarbon volumes; 3. Fluid pressure regimes; 4. Oil recovery: recovery factor; 5. Volumetric gas reservoir engineering; 6. Application of the real gas equation of state; 7. Gas material balance: recovery factor; 8. Hydrocarbon phase behaviour; References; Chapter 2. PVT ANALYSIS FOR OIL; 1. Introduction; 2. Definition of the basic PVT parameters.
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|a 3. Collection of fluid samples4. Determination of the basic PVT parameters in the laboratory and conversion for field operating conditions; 5. Alternative manner of expressing PVT laboratory analysis results; 6. Complete PVT analysis; References; Chapter 3. MATERIAL BALANCE APPLIED TO OIL RESERVOIRS; 1. Introduction; 2. General form of the material balance equation for a hydrocarbon reservoir; 3. The material balance expressed as a linear equation; 4. Reservoir drive mechanisms; 5. Solution gas drive; 6. Gascap drive; 7. Natural water drive.
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|a 8. Compaction drive and related pore compressibility phenomenaReferences; Chapter 4. DARCY'S LAW AND APPLICATIONS; 1. Introduction; 2. Darcy's law; fluid potential; 3. Sign Convention; 4. Units: units conversion; 5. Real gas potential; 6. Datum pressures; 7. Radial steady state flow; well stimulation; 8. Two-phase flow: effective and relative permeabilities; 9. The mechanics of supplementary recovery; References; Chapter 5. THE BASIC DIFFERENTIAL EQUATION FOR RADIAL FLOW IN A POROUS MEDIUM; 1. Introduction; 2. Derivation of the basic radial flow equation; 3. Conditions of solution.
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|a 4. The linearization of equation 5.1 for fluids of small and constant compressibilityReferences; Chapter 6. WELL INFLOW EQUATIONS FOR STABILIZED FLOW CONDITIONS; 1. Introduction; 2. Semi steady state solution; 3. Steady state solution; 4. Example of the application of the stabilized inflow equations; 5. Generalized form of inflow equation under semi steady state conditions; References; Chapter 7. THE CONSTANT TERMINAL RATE SOLUTION OF THE RADIAL DIFFUSIVITV EQUATION AND ITS APPLICATION TO OILWELL TESTING; 1. Introduction; 2. The constant terminal rate solution.
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|a 3. The constant terminal rate solution for transient and semi steady state flow4. Dimensionless variables; 5. Superposition theorem: general theory of well testing; 6. The Matthews, Brons, Hazebroek pressure buildup theory; 7. Pressure buildup analysis techniques; 8. Multi-rate drawdown testing; 9. The effects of partial well completion; 10. Some practical aspects of well surveying; 11. Afterflow analysis; References; Chapter 8. REAL GAS FLOW: GAS WELL TESTING; 1. Introduction; 2. Linearization and solution of the basic differential equation for the radial flow of a real gas.
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|a ""This book is fast becoming the standard text in its field"", wrote a reviewer in the Journal of Canadian Petroleum Technology soon after the first appearance of Dake's book. This prediction quickly came true: it has become the standard text and has been reprinted many times. The author'saim - to provide students and teachers with a coherent account of the basic physics of reservoir engineering - has been most successfully achieved. No prior knowledge of reservoir engineering is necessary. The material is dealt with in a concise, unified and applied manner, and only the simplest and m
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|a English.
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|a Knovel
|b ACADEMIC - Oil & Gas Engineering
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|a Knovel
|b ACADEMIC - Earth Sciences
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650 |
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|a Oil reservoir engineering.
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|a Étude des gisements pétrolifères.
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|a TECHNOLOGY & ENGINEERING
|x Mining.
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|a Oil reservoir engineering.
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|0 (OCoLC)fst01044726
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653 |
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|a Petroleum deposits
|a Reservoirs
|a Exploitation
|a Engineering aspects
|
776 |
0 |
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|i Print version:
|a Dake, L.P.
|t Fundamentals of reservoir engineering.
|d Amsterdam ; Boston : Elsevier, 1978
|z 0444416676
|w (DLC) 77018701
|w (OCoLC)3543535
|
830 |
|
0 |
|a Developments in petroleum science ;
|v 8.
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