Direct numerical simulations of heat transfer by solid particles suspended in homogeneous isotropic turbulence

Physics & Astronomy

• homogeneous turbulence 91%
• isotropic turbulence 88%
• direct numerical simulation 71%
• heat transfer 55%
• temperature gradients 41%
• fluids 13%
• autocorrelation 11%
• gas flow 10%
• temperature 10%
• equations of motion 10%
• grids 9%
• temperature distribution 9%
• vapor phases 9%
• velocity distribution 9%
• heat 7%
• gradients 7%
• coefficients 6%

Chemical Compounds

• Turbulence 100%
• Heat Transfer 76%
• Velocity 59%
• Lagrangian 57%
• Simulation 44%
• Heat 26%
• Gas 18%
• Energy 16%
• Time 12%

Engineering & Materials Science

• Direct numerical simulation 90%
• Thermal gradients 72%
• Turbulence 64%
• Heat transfer 47%
• Fluids 22%
• Temperature 21%
• Autocorrelation 18%
• Flow of gases 17%
• Equations of motion 16%
• Temperature distribution 14%
• Gases 10%
• Hot Temperature 8%