Transient cooling characteristics of Al₂O₃-water nanofluid flow in a microchannel subject to a sudden-pulsed heat flux

Physics & Astronomy

• water flow 96%
• phase change materials 86%
• microchannels 83%
• heat flux 71%
• cooling 53%
• pulses 22%
• heat transfer 17%
• working fluids 13%
• finite volume method 13%
• temperature 13%
• three dimensional models 13%
• energy conservation 12%
• partial differential equations 11%
• temperature distribution 9%
• velocity distribution 8%
• water 6%
• predictions 6%

Engineering & Materials Science

• Microchannels 86%
• Aluminum oxide 75%
• Phase change materials 75%
• Heat flux 70%
• Cooling 54%
• Water 42%
• Temperature 18%
• Heat transfer 15%
• Finite volume method 12%
• Working fluids 11%
• Partial differential equations 11%
• Temperature distribution 9%
• Energy conservation 8%

Chemical Compounds

• Phase Change Material 100%
• Cooling 69%
• Heat 58%
• Flow 51%
• Heat Transfer 28%
• Energy Conservation 18%
• Velocity 11%
• Volume 7%