Starting with a homogeneous system with a more » single phase, the authors proceed to phases with variable compositions, and polymer blends. Chapter 2 focuses on the Gibbs energy function. Chapter 1 covers the first and second laws of thermodynamics, introduces the spinodal as the limit of stability, and presents the Gibbs-Duhem equation. The book has nine chapters and two appendices that provide background material on computer codes. The text covers applications of this approach, introduces the relevant computational codes, and offers exercises at the end of each chapter. This authoritative volume introduces the reader to computational thermodynamics and the use of this approach to the design of material properties by tailoring the chemical composition. Appendix D contains example hydraulics = , In Appendix C, all the important equations are given in both S.I. Nomenclature is explained after every equation when necessary, and a comprehensive list of the nomenclature used is given in Appendix A. units some common expressions are also given in oilfield units. Equations are given generally in consistent S.I. The units and nomenclature are consistent throughout the manual. Chapters 3 through 10 analyze specific hydraulic considerations of the drilling process, such as viscometric measurements, pressure losses, swab and surge pressures, cuttings transport and hydraulic optimization. Chapter 1 introduces the basic principles of fluid properties, and Chapter 2 presents the general principles of fluid hydraulics. The objectives of this book are (1) to serve as a reasonably comprehensive text on the subject of drilling hydraulics and (2) to provide the field geologist with a quick reference to drilling hydraulics calculations.
0 kommentar(er)
