Numerical simulations of resonant heat transfer augmentation at low Reynolds numbers

Physics & Astronomy

• low Reynolds number 80%
• heat transfer 56%
• pumping 45%
• augmentation 44%
• resonant frequencies 32%
• flow velocity 29%
• simulation 27%
• Reynolds number 15%
• hydrodynamics 13%
• modulation 12%
• oscillations 11%

Chemical Compounds

• Reynolds Number 100%
• Heat Transfer 78%
• Simulation 45%
• Flow Kinetics 27%
• Hydrodynamics 17%

Engineering & Materials Science

• Reynolds number 61%
• Heat transfer 48%
• Computer simulation 39%
• Natural frequencies 30%
• Flow rate 27%
• Hydrodynamics 15%
• Modulation 14%