Advances in Heat Transfer, Volume 53 in this long-running serial, highlights new advances in the field, with this new volume presenting interesting chapters written by an international board of authors.
1. 1 Introduction - p. 4 2. 2 Fundamentals - p. 7 3. 3 Heat transport limitation - p. 25 4. 4 Advanced wicking structures - p. 63 5. Acknowledgment - p. 92 6. References - p. 92 7. Chapter Two: Coating engineering for boiling heat transfer toward immersion cooling - p. 97 8. Chapter Three: Vascular systems for the thermal and hygric management - p. 159 9. Chapter Four: An overview on the role of wettability and wickability as a tool for enhancing pool boiling heat transfer - p. 200 10. Chapter Five: Review of advances in convective heat transfer developed through additive manufacturing - p. 249 11. Chapter Six: Progress in measuring, modeling, and manipulating thermal boundary conductance - p. 327 12. Abstract - p. 328 13. Nomenclature - p. 329 14. 1 Introduction - p. 329 15. 2 Background - p. 335 16. 3 Methods - p. 346 17. 4 Defects - p. 358 18. 5 Anharmonicity - p. 370 19. 6 Manipulate: Engineering thermal boundary conductance - p. 379 20. 7 Conclusions and outlook - p. 394 21. References - p. 395
Advances in Heat Transfer, Volume 53 in this long-running serial, highlights new advances in the field, with this new volume presenting interesting chapters written by an international board of authors.
1. 1 Introduction - p. 4 2. 2 Fundamentals - p. 7 3. 3 Heat transport limitation - p. 25 4. 4 Advanced wicking structures - p. 63 5. Acknowledgment - p. 92 6. References - p. 92 7. Chapter Two: Coating engineering for boiling heat transfer toward immersion cooling - p. 97 8. Chapter Three: Vascular systems for the thermal and hygric management - p. 159 9. Chapter Four: An overview on the role of wettability and wickability as a tool for enhancing pool boiling heat transfer - p. 200 10. Chapter Five: Review of advances in convective heat transfer developed through additive manufacturing - p. 249 11. Chapter Six: Progress in measuring, modeling, and manipulating thermal boundary conductance - p. 327 12. Abstract - p. 328 13. Nomenclature - p. 329 14. 1 Introduction - p. 329 15. 2 Background - p. 335 16. 3 Methods - p. 346 17. 4 Defects - p. 358 18. 5 Anharmonicity - p. 370 19. 6 Manipulate: Engineering thermal boundary conductance - p. 379 20. 7 Conclusions and outlook - p. 394 21. References - p. 395
