Advances in Heat Transfer, Volume 57 presents the latest in a serial that highlights new advances in the field, with this updated volume presenting interesting chapters written by an international board of authors.
1. 1 Introduction - p. 4 2. 2 Objective and overview - p. 5 3. 3 General model for the spectral, hemispherical apparent emissivity of a cavity - p. 6 4. 4 Verification of the general model for apparent radiative surface properties - p. 15 5. 5 Apparent emissivity for isothermal, diffuse, gray, two-surface enclosures - p. 20 6. 6 Advances in cavity modeling - p. 29 7. 7 Comparison of hemispherical apparent emissivity - p. 42 8. 8 Cavity effect applications - p. 54 9. 9 Conclusions - p. 59 10. Acknowledgments - p. 61 11. References - p. 68 12. Chapter Two: Hyperthermia applications in cardiovascular and cancer therapy treatments - p. 72 13. Chapter Three: Enhancement of heat transfer with nanofluids and its applications in heat exchangers - p. 102 14. Chapter Four: Programmable micro- and nano-engineered liquid metals in thermal engineering applications - p. 131 15. Chapter Five: Thermal transport in engineered cellular materials: A contemporary perspective - p. 184 16. Chapter Six: Heat transfer analysis of partially ionized hybrid nanofluids flow comprising magnetic/non-magnetic nanoparticles in an annular region of two homocentric inclined cylinders - p. 238
Advances in Heat Transfer, Volume 57 presents the latest in a serial that highlights new advances in the field, with this updated volume presenting interesting chapters written by an international board of authors.
1. 1 Introduction - p. 4 2. 2 Objective and overview - p. 5 3. 3 General model for the spectral, hemispherical apparent emissivity of a cavity - p. 6 4. 4 Verification of the general model for apparent radiative surface properties - p. 15 5. 5 Apparent emissivity for isothermal, diffuse, gray, two-surface enclosures - p. 20 6. 6 Advances in cavity modeling - p. 29 7. 7 Comparison of hemispherical apparent emissivity - p. 42 8. 8 Cavity effect applications - p. 54 9. 9 Conclusions - p. 59 10. Acknowledgments - p. 61 11. References - p. 68 12. Chapter Two: Hyperthermia applications in cardiovascular and cancer therapy treatments - p. 72 13. Chapter Three: Enhancement of heat transfer with nanofluids and its applications in heat exchangers - p. 102 14. Chapter Four: Programmable micro- and nano-engineered liquid metals in thermal engineering applications - p. 131 15. Chapter Five: Thermal transport in engineered cellular materials: A contemporary perspective - p. 184 16. Chapter Six: Heat transfer analysis of partially ionized hybrid nanofluids flow comprising magnetic/non-magnetic nanoparticles in an annular region of two homocentric inclined cylinders - p. 238
