Boiling, condensation, and gas-liquid flow
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Bibliographic Information
Boiling, condensation, and gas-liquid flow
（The Oxford engineering science series, 21）
Clarendon Press , Oxford University Press, 1987
- pbk.
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Note
Includes index
Description and Table of Contents
Description
Heat transfer phenomena involving boiling and condensation are an important aspect of engineering in the power and process industries. This book, aimed at final year undergraduates and graduate students in mechanical or chemical engineering, deals with these phenomena in detail. The first part of the book describes gas-liquid two-phase flow, as a necessary preliminary to the later discussion of heat transfer and changes of phase. A detailed section on calculation methods shows how theory can be put to practical use, and there are also descriptions of some of the equipment and plant used in the process and power industries.
Table of Contents
- Two-phase flow patterns and flow pattern maps
- Bubbly and plug flow
- Annular flow
- Homogeneous flow
- Pressure drop in two-phase flow - overall methods for separated flow
- Drift flux model
- Critical two-phase flow
- Detailed phenomena in annular flow: Wave behaviour, deposition and entrainment
- Annular flow models
- Flooding in two-phase flow
- Instabilities in two-phase flow
- Two-phase flow in pipe fittings
- Boiling: Introduction and pool boiling
- Critical heat flux in pool boiling
- Flow boiling: Onset of nucleation and heat transfer
- Critical heat flux in flow boiling
- Mixture effects in boiling
- Calculation of boiling heat transfer coefficients and critical heat flux using an annular flow model
- Post-burnout heat transfer
- Rewetting of hot surfaces
- Condensation
- Process industry reboilers
- Condensers
- Practical calculation methods.
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