Performance of nano encapsulated phase change material slurry heat transfer in a microchannel heat sink with dual-circular synthetic jets

Physics & Astronomy

• phase change materials 100%
• heat sinks 93%
• microchannels 83%
• heat transfer 61%
• actuation 49%
• inlet temperature 45%
• performance 34%
• figure of merit 30%
• heat storage 22%
• heat of fusion 21%
• latent heat 19%
• convective heat transfer 18%
• heat transfer coefficients 17%
• Nusselt number 16%
• heat flux 14%
• convection 13%
• Reynolds number 13%
• actuators 12%
• melting 12%
• hydrodynamics 11%
• conduction 10%
• augmentation 9%
• temperature 4%
• energy 4%

Engineering & Materials Science

• Phase change materials 87%
• Microchannels 85%
• Heat sinks 85%
• Heat transfer 52%
• Latent heat 35%
• Temperature 18%
• Heat storage 18%
• Heat transfer performance 18%
• Nusselt number 15%
• Convection 15%
• Hot Temperature 15%
• Melting 14%
• Heat transfer coefficients 14%
• Heat flux 14%
• Hydrodynamics 13%
• Reynolds number 13%
• Fusion reactions 12%
• Energy efficiency 12%
• Actuators 11%

Chemistry

• Phase Change Material 99%
• Heat Transfer 84%
• Jet 84%
• Figure of Merit 36%
• Nusselt Number 28%
• Convective Heat Transfer 25%
• Heat 23%
• Heat Storage 22%
• Reynolds Number 21%
• Transfer Coefficient 18%
• Hydrodynamics 14%
• Melting 13%
• Velocity 13%
• Energy 7%