"Heat Exchangers" ed. by Laura Castro Gómez, et al.

This book discusses optimization of heat exchangers, heat transfer in novel working fluids, and the experimental and numerical analysis of heat transfer applications.

The demand for energy to satisfy the basic needs and services of the population worldwide is increasing as are the economic costs associated with energy production. As such, it is essential to emphasize energy recovery systems to improve heat transfer in thermal processes. Currently, significant research efforts are being conducted to expose criteria and analysis techniques for the design of heat exchange equipment.

Contents
1. Exergoeconomic and Normalized Sensitivity Analysis of Plate Heat Exchangers: A Theoretical Framework with Application
2. One-Dimensional Modeling of Triple-Pass Concentric Tube Heat Exchanger in the Parabolic Trough Solar Air Collector
3. Magneto-Hydrodynamic Natural Convection Flow in a Concentric Annulus with Ramped Temperature and Ramped Motion of the Boundaries
4. Heat Exchangers for Electronic Equipment Cooling
5. Direct Contact Heat and Mass Exchanger for Heating, Cooling, Humidification, and Dehumidification
6. Assessment of Augmentation Techniques to Intensify Heat Transmission Power
7. Heat Exchanger Design and Optimization
8. A Review on Convective Boiling Heat Transfer of Refrigerants in Horizontal Microfin-Tubes: A Typical Example
9. Design, Performance, and Optimization of the Wire and Tube Heat Exchanger
10. Multiscale Micro/Nanostructured Heat Spreaders for Thermal Management of Power Electronics


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