The Heat Transfer Engineering Data Book III - electronic book

• Comprehensive coverage of enhanced heat transfer methods for tubular exchangers
• State-of-the-art reviews for single-phase and two-phase flows, laminar and turbulent conditions
• Practical guidance for designers, manufacturers, and end users
• Includes video gallery of flow phenomena for better conceptual understanding
• Extensive tables, diagrams, and illustrations to support design calculations

• Heat transfer engineers
• Research and process engineers
• Mechanical engineers focused on heat exchanger design
• Designers and manufacturers of industrial heat exchangers
• Technical managers overseeing thermal system performance

Chapters Include

• CHAPTER 1 – Video Gallery of Flow Phenomena
• CHAPTER 2 – Design Considerations for Enhanced Heat Exchangers
• CHAPTER 3 – Single-Phase Shell-Side Flows and Heat Transfer
• CHAPTER 4 – Enhanced Single-Phase Laminar Tube-Side Flows and Heat Transfer
• CHAPTER 5 – Enhanced Single-Phase Turbulent Tube-Side Flows and Heat Transfer
• CHAPTER 6 – Heat Transfer to Air-Cooled Heat Exchangers
• CHAPTER 7 – Condensation on External Surfaces
• CHAPTER 8 – Condensation Inside Tubes
• CHAPTER 9 – Boiling Heat Transfer on External Surfaces
• CHAPTER 10 – Boiling Heat Transfer Inside Plain Tubes
• CHAPTER 11 – Boiling Heat Transfer Inside Enhanced Tubes
• CHAPTER 12 – Two-Phase Flow Patterns
• CHAPTER 13 – Two-Phase Pressure Drops
• CHAPTER 14 – Falling Film Evaporation
• CHAPTER 15 – Thermodynamics of Refrigerant Mixtures and Refrigerant-Oil Mixtures
• CHAPTER 16 – Effects of Oil on Thermal Performance of Heat Exchangers
• CHAPTER 17 – Void Fractions in Two-Phase Flows
• CHAPTER 18 – Post Dryout Heat Transfer
• CHAPTER 19 – Flow Boiling and Two-Phase Flow of CO2
• CHAPTER 20 – Two-Phase Flow and Flow Boiling in Microchannels
• CHAPTER 21 – Condensation in Microchannels

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