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Flow and Heat Transfer Research in Multiphase Flow and Porous Media
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Research on the flow and heat transfer characteristics of multiphase flow has received great attention due to its widespread applications in various fields of engineering and science, such as agricultural engineering, petrochemical engineering, biomedical engineering, chemistry processes, nuclear engineering, ocean engineering, and energy storage technologies, etc. This reprint aims to provide an effective platform and demonstrate the latest progress in the area of flow and heat transfer in multiphase flow and porous media; it contains experimental studies, numerical simulation, theoretical derivation and analysis, and engineering applications.
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Keywords
- artificial intelligence
- BP network
- CFD simulation
- entropy generation
- equivalent mechanical model
- feature extraction
- film thickness
- fin
- finger instability
- finger number
- finger width
- floating platform
- flow patterns identification
- fluid–structure interaction
- gel film
- heat and mass transfer
- heat structure
- Mathematical model
- miscible
- MLP neural network
- n/a
- noncondensable gas
- nozzle geometric structure
- Phase change material
- Porous media
- response surface methodology
- scale thickness
- sloshing
- spherical heat storage unit
- spontaneous condensation of steam
- steam condensation
- steam ejector nozzle
- support vector machine
- Two-Phase Flow
Links
DOI: 10.3390/books978-3-7258-1140-3Editions