Modeling of Oil Product and Gas PipelineTransportation
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More About This Title Modeling of Oil Product and Gas PipelineTransportation
English
Based on a well tried-and-tested lecture at the Russian State University of Oil and Gas, this accessible approach to the theory of pipeline transportation provides systematic coverage of various kinds of fluids, backed by real-world examples.
From the contents:
* Fundamentals of mathematical modeling of one-dimensional flows
* Models of transported media
* Structure of laminar and turbulent fluid flows
* Modeling and calculation of steady-state regimes
* Closed mathematical models of one-dimensional fluid and gas flows
* Dimensional theory
* Physical modeling of phenomena
* Dimension and similarity in mathematical modeling of processes
End-of-chapter problems make this practical book consistent and suitable for self-study.
From the contents:
* Fundamentals of mathematical modeling of one-dimensional flows
* Models of transported media
* Structure of laminar and turbulent fluid flows
* Modeling and calculation of steady-state regimes
* Closed mathematical models of one-dimensional fluid and gas flows
* Dimensional theory
* Physical modeling of phenomena
* Dimension and similarity in mathematical modeling of processes
End-of-chapter problems make this practical book consistent and suitable for self-study.
English
Michail V. Lurie is professor with Russian State University of Oil and Gas, Dept. of Pipeline Transportation Systems. There he has been teaching this topic in a well established and tested lecture.
Emmanuil G. Sinaiski received a doctorate in petroleum engineering from Gubkin-State University of Oil&Gas, Moscow, Russia, where he was later appointed a full professor. He has published numerous books and scientific articles.
Emmanuil G. Sinaiski received a doctorate in petroleum engineering from Gubkin-State University of Oil&Gas, Moscow, Russia, where he was later appointed a full professor. He has published numerous books and scientific articles.
English
Chapter 1.Fundamentals of mathematical modeling of one-dimensional flows of fluid and gas in pipelines
Chapter 2. Models of transported media
Chapter 3. Structure of laminar and turbulent fluid flows
Chapter 4. Modeling and calculation of steady-state regimes of oil-gas pipelines
Chapter 5. Closed mathematical models of one-dimensional fluid and gas flows in pipelines
Chapter 6. Dimensional theory
Chapter 7. Physical modeling of phenomena
Chapter 8. Dimension and similarity in mathematical modeling of processes
References
Nomenclature
Author index
Subject index
Chapter 2. Models of transported media
Chapter 3. Structure of laminar and turbulent fluid flows
Chapter 4. Modeling and calculation of steady-state regimes of oil-gas pipelines
Chapter 5. Closed mathematical models of one-dimensional fluid and gas flows in pipelines
Chapter 6. Dimensional theory
Chapter 7. Physical modeling of phenomena
Chapter 8. Dimension and similarity in mathematical modeling of processes
References
Nomenclature
Author index
Subject index
