Boiling, Condensation, and Gas-Liquid Flow (Oxford Engineering Science Series)

1. Introduction 2. Two-Phase Flow Patterns and Flow Pattern Maps 3. Bubbly and Plug Flow 4. Annular Flow 5. Homogeneous Flow 6. Pressure Drop on Two-Phase Flow 7. Drift Flux Model 8. Critical Two-Phase Flow 9. Detailed Phenomena in Annular Flow 10. Annular Flow Models 11. Flooding in Two-Phase Flow 12. Instabilities in Two-Phase Flow 13. Two-Phase Flow in Pipe Fittings 14. Boiling 15. Critical Heat Flux in Pool Boiling 16. Flow Boiling: Onset of Nucleation and Heat Transfer 17. Critical Heat Flux in Flow Boiling 18. Mixture Effects in Boiling 19. Calculation of Boiling Heat Transfer Coefficients and Critical Heat Flux Using an Annular Flow Model 20. Post-Burnout Heat Transfer 21. Rewetting of Hot Surfaces 22. Condensation 23. Process Industry Reboilers 24. Condensers 25. Practical Calculation MethodsWhalley, P. B. is the author of 'Boiling, Condensation, and Gas-Liquid Flow (Oxford Engineering Science Series)', published 1990 under ISBN 9780198562344 and ISBN 0198562349.