The Heat Transfer Engineering Data Book III - electronic book

Heat Transfer Databook III – Enhanced Heat Transfer Design Methods of Tubular Heat Exchangers

This Chemical Engineering resource has been written primarily for heat transfer engineers, but also for research engineers who want to stay current on the latest advances in heat transfer design methods for tubular heat exchangers. The book presents a limited review of basic heat transfer principles followed by a detailed state-of-the-art discussion of thermal design methods, fluid flow, and heat transfer research of practical interest to designers, manufacturers, and end users of heat exchangers.

Features & Benefits

• 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

Audience

• 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

Details
Type: PDF
Pages: 660

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