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KuTenk 2000 - SHVA254408-Heat Exchanger Engineering Techniques—Process, Air Conditioning, and Electronic Systems

by Michael J. Nee

2003 (350 pages)

ISBN:0791801675

Based on field problems that have occurred during the author’s 46-year career, this straightforward text describes constructions that have a negative influence on plant operation, maintenance, metallurgy, requirements, cost, freezing, and much more.

Table of Contents

Heat Exchanger Engineering Techniques—Process, Air Conditioning, and Electronic Systems
Preface
Acknowledgment
Part 1 - Process Exchangers
Chapter 1	-	Personnel and Requirements
Chapter 2	-	Considerations before Finalizing the Selection
Chapter 3	-	Considerations in Selecting Shell-and-Tube Exchangers
Chapter 4	-	Air Coolers
Chapter 5	-	Extended-Surface Metallurgy
Chapter 6	-	Air Cooler Fans or Blowers
Chapter 7	-	Exchangers with Longitudinal-Fin Tubes
Chapter 8	-	Plate Exchangers
Chapter 9	-	Comparing Exchanger Types
Chapter 10	-	Fouling Factor Considerations
Chapter 11	-	Manifolds and Headers
Chapter 12	-	Freezing
Chapter 13	-	The Iterative Process of Exchanger Selection
Chapter 14	-	Techniques to Reduce the Size of an Exchanger
Chapter 15	-	Techniques to Reduce Exchanger or System Cost
Chapter 16	-	Adding Surface While Minimizing Downtime
Chapter 17	-	Features That Should Make Selections Unacceptable
Chapter 18	-	The Significance of Metal Temperature
Chapter 19	-	Thermally Correct Systems That Do Not Perform
Chapter 20	-	Recirculation
Chapter 21	-	Shipping and Handling
Chapter 22	-	Relative Humidity
Part 2 - Air-Conditioning Exchangers
Chapter 23	-	Characteristics, Components, and Performance of A/C System Exchangers
Chapter 24	-	Underperformance in A/C Systems Due to Ducting Problems
Chapter 25	-	Other Conditions That Cause A/C Systems to Underperform
Chapter 26	-	Ways of Increasing the Cooling Capacity of a System
Chapter 27	-	Conditions That Can Make an A/C System Unacceptable
Part 3 - The Cooling of Electronics
Chapter 28	-	Electronic Installations and Their Heat Problems
Chapter 29	-	Frequent Causes of Electronics Overheating
Chapter 30	-	Overheating Electronics and Corrective Steps to Take
Chapter 31	-	The Cause of Most Field Problems