Heat transfer augmentation of a channel flow by active agitation and surface mounted cylindrical pin fins

Physics & Astronomy

• agitation 100%
• fins 92%
• channel flow 85%
• heat transfer 59%
• augmentation 46%
• heat sinks 16%
• heat transfer coefficients 15%
• vorticity 13%
• velocity measurement 13%
• anemometers 9%
• air flow 7%
• high aspect ratio 7%
• trends 5%
• momentum 4%
• shear 4%
• cooling 4%
• electronics 3%
• lasers 3%

Engineering & Materials Science

• Channel flow 87%
• Heat transfer 51%
• Vorticity 44%
• Heat sinks 41%
• Velocity measurement 39%
• Heat transfer coefficients 35%
• Anemometers 24%
• Shear walls 22%
• Aspect ratio 17%
• Momentum 17%
• Electronic equipment 16%
• Lasers 14%
• Cooling 13%
• Air 10%

Chemical Compounds

• Heat Transfer 83%
• Flow 49%
• Transfer Coefficient 30%
• Surface 24%
• Velocity 21%
• Plate Like Crystal 20%
• Momentum 16%
• Shear 11%
• Cooling 11%