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RESERVOIR SIMULATION OIL RESERVOIRS: NUMERICAL SIMULATION OF MULTIPHASE FLUID FLOW
Suresh Kumar Govindarajan
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Coupled Hydro-Mechanical Modeling of Injection-Induced Seismicity in the Multiphase Flow System
, 2019 Kyung Won Chang +3 more
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Tomographic multiphase flow measurement
Applied Radiation and Isotopes, 2012Measurement of multiphase flow of gas, oil and water is not at all trivial and in spite of considerable achievements over the past two decades, important challenges remain (Corneliussen et al., 2005). These are related to reducing measurement uncertainties arising from variations in the flow regime, improving long term stability and developing new ...
C, Sætre, G A, Johansen, S A, Tjugum
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2009
Chapter 7 is devoted to the critical multiphase flow. It starts with the mathematical definition of the criticality condition, with the appropriate design of a numerical grid structure and numerical iteration strategy. Then the methods used in the modern design are presented starting from the simple models and increasing gradually the complexity. First
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Chapter 7 is devoted to the critical multiphase flow. It starts with the mathematical definition of the criticality condition, with the appropriate design of a numerical grid structure and numerical iteration strategy. Then the methods used in the modern design are presented starting from the simple models and increasing gradually the complexity. First
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2013
In this Chapter we derive the equations of motion of multiphase fluids. In the classical theory of multiphase flow, each phase is associated with its own conservation equations (of mass, momentum, energy and chemical species), assuming that it is at local equilibrium and separated from the other phases by zero-thickness interfaces, with appropriate ...
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In this Chapter we derive the equations of motion of multiphase fluids. In the classical theory of multiphase flow, each phase is associated with its own conservation equations (of mass, momentum, energy and chemical species), assuming that it is at local equilibrium and separated from the other phases by zero-thickness interfaces, with appropriate ...
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Single-flow multiphase flow batteries: Experiments
Journal of Power Sources, 2022R. Ronen, R. Gloukhovski, M.E. Suss
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2010
Multiphase flows can be gas flows with solid and/or liquid particles, or liquid flows with vapor bubbles, solid and/or liquid particles [138]. Exchanges between phases, chemical reactions, and particle disintegration and agglomeration can occur within them. The example of a gas-droplet multiphase flow1 illustrates their complexity.
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Multiphase flows can be gas flows with solid and/or liquid particles, or liquid flows with vapor bubbles, solid and/or liquid particles [138]. Exchanges between phases, chemical reactions, and particle disintegration and agglomeration can occur within them. The example of a gas-droplet multiphase flow1 illustrates their complexity.
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2015
The subject of two- or multiphase flow has become increasingly important in a wide variety of engineering systems for their optimum design and safe operations. It is, however, by no means limited to today’s modern industrial technology, and multiphase flow phenomena which require better understandings.
Bahman Zohuri, Nima Fathi
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The subject of two- or multiphase flow has become increasingly important in a wide variety of engineering systems for their optimum design and safe operations. It is, however, by no means limited to today’s modern industrial technology, and multiphase flow phenomena which require better understandings.
Bahman Zohuri, Nima Fathi
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