Numerical investigation of turbulent flow heat transfer and pressure drop of AL2O3/water nanofluid in helically coiled tubes

Engineering & Materials Science

• Turbulent flow 99%
• Pressure drop 88%
• Heat transfer 66%
• Nanoparticles 65%
• Aluminum oxide 63%
• Reynolds number 55%
• Water 53%
• Working fluids 33%
• Alumina 32%
• Thermodynamic properties 30%
• Heat transfer coefficients 30%
• Volume fraction 29%
• Dynamic models 26%
• Computational fluid dynamics 24%
• Geometry 20%

Earth & Environmental Sciences

• pressure drop 100%
• turbulent flow 93%
• heat transfer 86%
• Reynolds number 61%
• nanoparticle 61%
• penalty 36%
• computational fluid dynamics 34%
• aluminum oxide 30%
• water 30%
• fluid flow 29%
• physical property 25%
• effect 23%
• geometry 21%
• loss 17%