Heat Exchangers: Basic Design Applications

✍ Scribed by Jovan Mitrovic (editor)

• Publisher: Intech
• Year: 2012
• Tongue: English
• Leaves: 598
• Category: Library

✦ Table of Contents

00 preface......Page 1
00a Part 1......Page 13
01 Thermodynamic Optimization......Page 15
02 Analytical Solution of Dynamic Response
of Heat Exchanger......Page 65
03 Self-Heat Recuperation:
Theory and Applications......Page 91
04 Development of High Efficiency Two-Phase
Thermosyphons for Heat Recovery......Page 109
05 Impact of a Medium Flow Maldistribution
on a Cross-Flow Heat Exchanger Performance......Page 129
06 Control of LNG Pyrolysis and Application to
Regenerative Cooling Rocket Engine......Page 155
07 Numerical Analysis of the Structural Stability of
Heat Exchangers – The FEM Approach......Page 177
07a Part 2......Page 199
08 Microchannel Simulation......Page 201
09 Compact Heat Exchange Reformer Used for
High Temperature Fuel Cell Systems......Page 233
10 Single-Phase Heat Transfer
and Fluid Flow Phenomena
of Microchannel Heat Exchangers......Page 261
11 Heat Exchangers for Thermoelectric Devices......Page 301
11a Part 3......Page 321
12 Helically Coiled Heat Exchangers......Page 323
13 Fin-Tube Heat Exchanger Optimization......Page 355
14 Thermal Design of Cooling
and Dehumidifying Coils......Page 379
14a Part 4......Page 407
15 The Characteristics of Brazed Plate Heat
Exchangers with Different Chevron Angles......Page 409
15a Part 5......Page 437
16 PCM-Air Heat Exchangers: Slab Geometry......Page 439
17 Ground-Source Heat Pumps and Energy Saving......Page 471
18 The Soultz-sous-Forêts’ Enhanced Geothermal
System: A Granitic Basement Used as a Heat
Exchanger to Produce Electricity......Page 489
18a Part 6......Page 517
19 Fouling and Fouling Mitigation
on Heat Exchanger Surfaces......Page 519
20 Fouling in Plate Heat Exchangers:
Some Practical Experience......Page 545
21 Self-Cleaning Fluidised Bed Heat Exchangers
for Severely Fouling Liquids and Their Impact
on Process Design......Page 563