Nano-inspired smart interfaces: Fluidic interactivity and its impact on heat transfer

Engineering

• Heat Transfer 80%
• Interface Friction 13%
• Pressure Loss 13%
• Viscous Sublayer 13%
• Enhancement 6%
• Optimization 6%
• Conductive 6%
• Breakthrough 6%
• Macroscale 6%
• Heat Losses 6%
• Heat Transfer Coefficient 6%
• Local Heat Transfer 6%
• Pathlength 6%
• Diffusive 6%
• Stagnation Point 6%
• Fluid Interface 6%
• Thermal Energy Transfer 6%
• Demonstrates 6%
• Thickness 6%
• Fluid 6%
• Hot Spot 6%

Physics

• Fluidics 100%
• Heat Transfer Enhancement for Application 20%
• Cooling 13%
• Actuators 6%
• Friction 6%
• Convective Heat Transfer 6%
• Stagnation Point 6%
• Shapes 6%
• Region 6%
• Regimes 6%
• Impact 6%
• Sides 6%
• Optimization 6%
• Validity 6%

Material Science

• Nanocrystalline Material 33%
• Convection 20%
• Vacancy 6%
• Fluid 6%