Fundamentals of Heat Exchangers: Selection, Design, Construction, and Operation is a detailed guide to the design and construction of heat exchangers in both a research and industry context.
This book is split into three parts, firstly outlining the fundamental properties of various types of heat exchangers and the critical decisions surrounding material selection, manufacturing methods, and cleaning options. The second part provides a comprehensive grounding in the theory and analysis of heat exchangers, guiding the reader step-by-step toward thermal design. Finally, the book shows how to apply industrial codes to this process with a detailed demonstration, designing a shell-and-tube exchanger compliant with the important but complex code ASME, Sec. VIII, Div.1.
Taking into account the real-world considerations of heat-exchanger design, this book takes a reader from fundamental principles to the mechanical design of heat exchangers for industry or research.
1. Chapter 10 Introduction to heat transfer - p. 157 2. Chapter 11 Logarithmic mean temperature difference - p. 165 3. Chapter 12 Heat transfer and pressure drop in a single-phase flow - p. 179 4. Chapter 13 Thermal design of shell-and-tube heat exchangers - p. 195 5. Chapter 14 Index of variables used in Part II - p. 257 6. Chapter 15 Introduction to mechanical design - p. 259 7. Chapter 16 Shell design - p. 267 8. Chapter 17 Head design - p. 277 9. Chapter 18 Design of openings and nozzles - p. 281 10. Chapter 19 Flange design - p. 295 11. Chapter 20 Tubesheet design based on the ASME standard - p. 323 12. Chapter 21 Tubesheet design based on the TEMA standard - p. 351 13. Chapter 22 Calculating wind and earthquake loads - p. 365 14. Chapter 23 Examples - p. 373 15. Additional problems - p. 408 16. Annex 1 Various types of corrosion - p. 411 17. Annex 2 Standard tube diameters and thicknesses - p. 421 18. Annex 3 Standard pipe diameters and thicknesses - p. 425 19. Annex 4 Gaskets used in air coolers - p. 427 20. Annex 5 Air-cooled heat exchanger data sheet based on API 661 - p. 429 21. Annex 6 Shell-and-tube heat exchanger thermal data sheet based on TEMA - p. 433 22. Annex 7 Fouling - p. 435 23. Annex 8 Fluids fouling resistances - p. 441 24. Annex 9 LMTD correction factor (F) - p. 447 25. Annex 10 Typical overall heat transfer coefficients - p. 455 26. Annex 11 Properties of saturated liquids - p. 457 27. Annex 12 Properties of gases at atmospheric pressure - p. 461 28. Annex 13 Metals thermophysical properties - p. 465 29. Annex 14 Metals mechanical properties (plate) - p. 467 30. Annex 15 Metals mechanical properties (forging) - p. 471 31. Annex 16 Metals mechanical properties (pipe) - p. 475 32. Annex 17 Metals mechanical properties (tube) - p. 477 33. Annex 18 Metals mechanical properties (bolt) - p. 479 34. Annex 19 Bolting data (Imperial) - p. 481 35. Annex 20 Bolting data (metric) - p. 483 36. Author Index - p. 489 37. Subject Index - p. 491
Fundamentals of Heat Exchangers: Selection, Design, Construction, and Operation is a detailed guide to the design and construction of heat exchangers in both a research and industry context.
This book is split into three parts, firstly outlining the fundamental properties of various types of heat exchangers and the critical decisions surrounding material selection, manufacturing methods, and cleaning options. The second part provides a comprehensive grounding in the theory and analysis of heat exchangers, guiding the reader step-by-step toward thermal design. Finally, the book shows how to apply industrial codes to this process with a detailed demonstration, designing a shell-and-tube exchanger compliant with the important but complex code ASME, Sec. VIII, Div.1.
Taking into account the real-world considerations of heat-exchanger design, this book takes a reader from fundamental principles to the mechanical design of heat exchangers for industry or research.
1. Chapter 10 Introduction to heat transfer - p. 157 2. Chapter 11 Logarithmic mean temperature difference - p. 165 3. Chapter 12 Heat transfer and pressure drop in a single-phase flow - p. 179 4. Chapter 13 Thermal design of shell-and-tube heat exchangers - p. 195 5. Chapter 14 Index of variables used in Part II - p. 257 6. Chapter 15 Introduction to mechanical design - p. 259 7. Chapter 16 Shell design - p. 267 8. Chapter 17 Head design - p. 277 9. Chapter 18 Design of openings and nozzles - p. 281 10. Chapter 19 Flange design - p. 295 11. Chapter 20 Tubesheet design based on the ASME standard - p. 323 12. Chapter 21 Tubesheet design based on the TEMA standard - p. 351 13. Chapter 22 Calculating wind and earthquake loads - p. 365 14. Chapter 23 Examples - p. 373 15. Additional problems - p. 408 16. Annex 1 Various types of corrosion - p. 411 17. Annex 2 Standard tube diameters and thicknesses - p. 421 18. Annex 3 Standard pipe diameters and thicknesses - p. 425 19. Annex 4 Gaskets used in air coolers - p. 427 20. Annex 5 Air-cooled heat exchanger data sheet based on API 661 - p. 429 21. Annex 6 Shell-and-tube heat exchanger thermal data sheet based on TEMA - p. 433 22. Annex 7 Fouling - p. 435 23. Annex 8 Fluids fouling resistances - p. 441 24. Annex 9 LMTD correction factor (F) - p. 447 25. Annex 10 Typical overall heat transfer coefficients - p. 455 26. Annex 11 Properties of saturated liquids - p. 457 27. Annex 12 Properties of gases at atmospheric pressure - p. 461 28. Annex 13 Metals thermophysical properties - p. 465 29. Annex 14 Metals mechanical properties (plate) - p. 467 30. Annex 15 Metals mechanical properties (forging) - p. 471 31. Annex 16 Metals mechanical properties (pipe) - p. 475 32. Annex 17 Metals mechanical properties (tube) - p. 477 33. Annex 18 Metals mechanical properties (bolt) - p. 479 34. Annex 19 Bolting data (Imperial) - p. 481 35. Annex 20 Bolting data (metric) - p. 483 36. Author Index - p. 489 37. Subject Index - p. 491
