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Chapter 1 Introduction 1
Chapter 2 Heat Transfer Fundamentals 3
2-1 Concept of Unit Operations 3
2-2 Heat and the First Law of Thermodynamics 3
2-3 Temperature and Internal Energy 5
2-4 Continuous and Steady-State Systems 5
2-5 Formulation of the First Law for Continuous Systems 6
2-6 Thermodynamic Variables 8
2-7 Heat Transfer Mechanisms 9
Glossary 13
Chapter 3 Heat Conduction in Solids 15
3-1 General Equation of Conduction in Solids 15
3-2 Heat Conduction Through a Wall 16
3-3 Steady-State Conduction Heat Transfer in Multidimensional Systems 26
3-4 Thermal Insulation 28
Glossary 34
References 34
Chapter 4 Convection 35
4-1 Forced Convection Over a Flat Plate 35
4-2 Forced Convection Inside Tubes 44
4-3 Forced Convection Around Submerged Objects 60
4-4 Natural Convection 66
Glossary 76
References 77
Chapter 5 Fundamentals of Heat Transfer Between Fluids 79
5-1 The Enthalpy Balance 79
5-2 Heat Transfer Area and Heat Transfer Coefficient 81
5-3 Expression of the Overall Heat Transfer Coefficient as a Function of the Film Coefficients 82
5-4 Mean Temperature Difference Between Two Fluids 86
5-5 Calculation of the Overall Heat Transfer Coefficient and Pressure Drop for Double-Tube Heat Exchangers 94
5-6 Heat Exchanger Process Specifications 98
5-7 Design Procedure for a Double-Tube Heat Exchanger 102
Glossary 111
References 113
Chapter 6 Shell-and-Tube Heat Exchangers 115
6-1 Design and Construction Standards 115
6-2 Principal Components of a Shell-and-Tube Heat Exchanger 116
6-3 Baffles 117
6-4 Tubes and Tube Distribution 122
6-5 Tubes to Tubesheets Joint 124
6-6 Multipass Heat Exchangers 127
6-7 HeatExchangers with Multiple Shell Passes 129
6-8 Front Heads (Inlet Heads) 132
6-9 Fixed-Tubesheet and Removable-Bundle Heat Exchangers 133
6-10 Tube Vibration 141
6-11 Specification Sheet 145
6-12 Design and Construction of Heat Exchangers 145
References 146
Chapter 7 Thermal Design of Shell-and-Tube Heat Exchangers 147
7-1 Basic Principles 147
7-2 LMTD Correction Factors for Other Flow Configurations 151
7-3 Basic Design Parameters of a Heat Exchanger 157
7-4 Convection Film Coefficient and Pressure Drop in the Tube Side 160
7-5 Heat Transfer Coefficient and Pressure Drop at the Shell Side 164
7-6 Design and Rating of Heat Exchangers 193
7-7 Heat Exchanger Effectiveness 205
Glossary 213
Glossary of the Heat Exchanger Geometry 214
References 215
Chapter 8 Finned Tubes 217
8-1 Double-Tube Heat Exchangers with Longitudinal Fins 217
8-2 Air Coolers 231
Glossary 251
References 253
Chapter 9 Plate Heat Exchangers 255
9-1 Operating Principles and General Description 255
9-2 Series-Parallel Combination 258
9-3 Components of a Gasketed Plate Heat Exchanger 260
9-4 Use and Limitations of Gasketed Plate Heat Exchangers 264
9-5 Welded and Semiwelded Plate Heat Exchangers 265
9-6 Plate Heat Exchangers versus Shell-and-Tube Heat Exchangers 265
9-7 Typical Heat Transfer Coefficients 266
9-8 Heat Transfer and Pressure-Drop Correlations for Plate Heat Exchangers 267
9-9 LMTD Correction Factor 269
9-10 Fouling Resistances 269
9-11 Number of Transfer Units and Specific Pressure Drop 272
Glossary 273
References 274
Chapter 10 Condensation of Vapors 275
10-1 Mechanisms of Condensation 275
10-2 Condensation of Single-Component Vapors 277
10-3 Single-Component Vapors Condensers 292
10-4 Desuperheater Condensers 303
10-5 Condensation of Vapor Mixtures 309
10-6 The Use of Steam as Process Heating Medium 318
Glossary 327
References 329
Chapter 11 Boiling 331
11-1 Mechanisms of Heat Transfer to Boiling Liquids 331
11-2 Pool Boiling 345
11-3 Flow Boiling in Tubes 352
11-4 Reboilers 367
Glossary 392
References 394
Chapter 12 Thermal Radiation 395
12-1 Heat Transfer by Radiation Through Transparent Media 395
12-2 Radiant Heat Transmission in Absorbing Media 426
Glossary 438
References 438
Chapter 13 Process Fired Heaters 439
13-1 Simplified Schematic 439
13-2 Combustion 439
13-3 Applications of Fired Heaters 446
13-4 Heater Types 448
13-5 Heater Components 452
13-6 Elements for the Design and Verification of the Capacity of a Fired Heater 458
Glossary 482
References 483
Appendix A Distillation 485
Control Scheme 487
Total and Partial Condenser 488
Simulation of Distillation Columns 488
Phase Equilibrium in a Multicomponent System 489
Mass and Energy Balances 490
Condensation and Boiling Curves 492
Appendix B LMTD Correction Factors for E-Shell Heat Exchangers 495
Appendix C LMTD Correction Factors for Air Coolers 501
Appendix D Tube Count Tables 505
Appendix E Tube Layout 509
Appendix F Fouling Factors 523
Appendix G Typical Heat Transfer Coefficients 527
Appendix H Dimensions of Tubes According to BWG Standard 529
Appendix I Physical Properties of Pure Substances 531
Appendix J Heat Exchanger Data Sheet 547
Appendix K Unit Conversions 551
Index 555
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Add Heat Transfer in Process Engineering, Cutting-edge heat transfer principles and design applications Apply advanced heat transfer concepts to your chemical, petrochemical, and refining equipment designs using the detailed information contained in this comprehensive volume. Filled wit, Heat Transfer in Process Engineering to the inventory that you are selling on WonderClubX
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Add Heat Transfer in Process Engineering, Cutting-edge heat transfer principles and design applications Apply advanced heat transfer concepts to your chemical, petrochemical, and refining equipment designs using the detailed information contained in this comprehensive volume. Filled wit, Heat Transfer in Process Engineering to your collection on WonderClub |