ABSTRACT

Many changes have occurred in the field of enhanced heat transfer since the publication of the first edition in 1993. While the use of relatively complex geometries was initially limited by manufacturing processes, new manufacturing methods now allow the assemblage of many complex surface geometries. Some enhanced surfaces (e.g., boiling and condensing tubes) are in their fourth generation. As noted in Chapter 1, nearly all heat exchangers used in the air-conditioning and automotive industries are enhanced geometries. Further inroads are being seen in the electronic cooling, process, and power industries.

chapter 1|32 pages

Introduction to Enhanced Heat Transfer

chapter 2|22 pages

Heat Transfer Fundamentals

chapter 5|56 pages

Plate-and-Fin Extended Surfaces

chapter 6|62 pages

Externally Finned Tubes

chapter 7|38 pages

Insert Devices for Single-Phase Flow

chapter 8|40 pages

Internally Finned Tubes And Annuli

chapter 9|72 pages

Integral Roughness

chapter 10|32 pages

Fouling on Enhanced Surfaces

chapter 11|84 pages

Pool Boiling and Thin Film Evaporation

chapter 12|72 pages

Vapor Space Condensation

chapter 13|76 pages

Convective Vaporization

chapter 14|44 pages

Convective Condensation

chapter 15|24 pages

Enhancement Using Electric Fields

chapter 16|18 pages

Simultaneous Heat and Mass Transfer

chapter 17|16 pages

Additives for Gases and Liquids

chapter 18|24 pages

Microchannels

chapter 19|28 pages

Electronic Cooling Heat Transfer

chapter |14 pages

Problem Supplement