Enhancement of laminar convective heat transfer using microparticle suspensions

Physics & Astronomy

• laminar heat transfer 100%
• convective heat transfer 70%
• microparticles 67%
• heat transfer coefficients 48%
• augmentation 36%
• flow velocity 11%
• tubes 10%
• copper 10%
• cooling 10%
• water 8%

Engineering & Materials Science

• Aluminum oxide 56%
• Heat transfer coefficients 54%
• Heat transfer 39%
• Deionized water 26%
• Copper 16%
• Flow rate 14%
• Cooling 13%
• Experiments 7%

Chemistry

• Convective Heat Transfer 97%
• Transfer Coefficient 53%
• Suspension 46%
• Cooling 13%
• Flow Kinetics 11%