Advances in Heat Transfer, Volume 55, the newest release in this series, highlights advances in the field with this new volume presenting interesting chapters written by an international board of authors. Topics discussed in this release include Mesoscopic Scale Simulations of Heat Transport in Porous Structures, Advancements in Single-Phase Enhanced Heat Transfer in Microchannels, and more.
1. 1 Introduction - p. 122 2. 2 Mesoscopic structure generation - p. 138 3. 3 Nondimensional lattice Boltzmann method (NDLBM) - p. 145 4. 4 Timestep adjustable NDLBM - p. 162 5. 5 Space step-stretched NDLBM - p. 167 6. 6 Parallel scheme NDLBM - p. 174 7. 7 Summary - p. 205 8. References - p. 206 9. Chapter Five: Physics-informed neural networks for modeling mesoscale heat transfer using the Boltzmann transport equation - p. 211 10. Chapter Six: Recent advancements in single-phase liquid-based heat transfer in microchannels - p. 239
Advances in Heat Transfer, Volume 55, the newest release in this series, highlights advances in the field with this new volume presenting interesting chapters written by an international board of authors. Topics discussed in this release include Mesoscopic Scale Simulations of Heat Transport in Porous Structures, Advancements in Single-Phase Enhanced Heat Transfer in Microchannels, and more.
1. 1 Introduction - p. 122 2. 2 Mesoscopic structure generation - p. 138 3. 3 Nondimensional lattice Boltzmann method (NDLBM) - p. 145 4. 4 Timestep adjustable NDLBM - p. 162 5. 5 Space step-stretched NDLBM - p. 167 6. 6 Parallel scheme NDLBM - p. 174 7. 7 Summary - p. 205 8. References - p. 206 9. Chapter Five: Physics-informed neural networks for modeling mesoscale heat transfer using the Boltzmann transport equation - p. 211 10. Chapter Six: Recent advancements in single-phase liquid-based heat transfer in microchannels - p. 239
