Heat transfer enhancement of spray cooling on flat aluminum tube heat exchanger

Physics & Astronomy

• air 3%
• air intakes 8%
• aluminum 39%
• augmentation 35%
• coefficient of friction 5%
• cooling 39%
• evaporative cooling 8%
• fins 6%
• flow resistance 7%
• friction 4%
• heat exchangers 6%
• heat transfer 45%
• humidity 11%
• liquids 3%
• microchannels 6%
• penalties 6%
• performance 7%
• sprayers 54%
• spraying 39%
• tube heat exchangers 90%
• tubes 4%
• water 23%

Chemical Compounds

• Cooling 51%
• Drop 24%
• Flow 37%
• Friction Coefficient 15%
• Heat Exchanger 19%
• Heat Exchanger Tube 100%
• Heat Transfer 62%
• Humidity 26%
• Liquid Film 7%
• Resistance 9%
• Spray 54%
• Surface 4%

Engineering & Materials Science

• Air 4%
• Air intakes 9%
• Aluminum 44%
• Atmospheric humidity 14%
• Cooling 40%
• Friction 11%
• Heat exchangers 7%
• Heat transfer 38%
• Heat transfer performance 28%
• Liquid films 10%
• Microchannels 9%
• Spraying 56%
• Tubes (components) 67%
• Water 31%