Magnetohydrodynamic mixed convection and entropy generation analysis of Al₂O₃-water nanofluid past a confined circular cylinder

Física y astronomía

• circular cylinders 87%
• Hartmann number 79%
• magnetohydrodynamics 77%
• convection 68%
• buoyancy 63%
• entropy 57%
• nanoparticles 53%
• vortex shedding 48%
• water 45%
• heat transfer 30%
• Richardson number 28%
• near wakes 26%
• magnetic effects 24%
• convective heat transfer 23%
• ducts 20%
• friction 16%
• flow distribution 16%
• Reynolds number 16%
• grids 16%
• optimization 13%
• thresholds 12%
• augmentation 12%
• fluids 11%
• sensitivity 11%
• predictions 10%
• magnetic fields 9%
• excitation 9%
• simulation 7%

Ingeniería y ciencia de los materiales

• Mixed convection 100%
• Magnetohydrodynamics 90%
• Circular cylinders 87%
• Nanoparticles 78%
• Aluminum oxide 75%
• Volume fraction 71%
• Entropy 66%
• Buoyancy 64%
• Vortex shedding 46%
• Water 43%
• Heat transfer 39%
• Ducts 19%
• Magnetic fields 17%
• Reynolds number 16%
• Friction 13%
• Fluids 12%
• Computer simulation 10%
• Hot Temperature 9%
• Experiments 7%

Química

• Cylinder 84%
• Buoyancy 69%
• Entropy 65%
• Volume 45%
• Flow 40%
• Heat Transfer 34%
• Nanoparticle 31%
• Magnetic Excitation 28%
• Fluid Resistance 27%
• Convective Heat Transfer 26%
• Reynolds Number 21%
• Magnetic Field 14%
• Simulation 10%