Thermophoresis and Brownian motion effects on heat transfer enhancement at film boiling of nanofluids over a vertical cylinder

Chemical Compounds

• Film Boiling 100%
• Brownian Motion 78%
• Thermal Diffusion 73%
• Heat Transfer 59%
• Cylinder 58%
• Thermodynamic Property 4%
• Cooling 4%
• Liquid Film 2%

Engineering & Materials Science

• Thermophoresis 77%
• Brownian movement 69%
• Boiling liquids 56%
• Nanoparticles 54%
• Heat transfer 36%
• Alumina 9%
• Water 4%
• Film thickness 4%
• Thermodynamic properties 4%
• Flow fields 3%
• Cooling 3%
• Temperature 1%

Physics & Astronomy

• thermophoresis 74%
• film boiling 74%
• heat transfer 42%
• nanoparticles 37%
• augmentation 33%
• titanium 7%
• aluminum oxides 7%
• water 5%
• thermophysical properties 5%
• depletion 4%
• temperature gradients 4%
• flow distribution 3%
• film thickness 3%
• inclusions 3%
• saturation 3%
• cooling 3%
• radii 2%
• performance 2%