Numerical investigation of spatial-developing turbulent heat transfer in forced convections at different supercritical pressures

Physics & Astronomy

• supercritical pressures 100%
• turbulent heat transfer 95%
• forced convection 79%
• skin friction 21%
• thermophysical properties 21%
• Nusselt number 20%
• shear stress 16%
• heat flux 16%
• kinetic energy 14%
• turbulence 14%
• supercritical fluids 12%
• pressure ratio 11%
• critical pressure 11%
• direct numerical simulation 9%
• coefficient of friction 9%
• fluid flow 8%
• Reynolds number 7%
• statistics 7%
• heat transfer 7%
• decomposition 7%
• deviation 6%
• scaling 6%
• fluids 5%
• water 5%
• temperature 2%

Chemical Compounds

• Heat Transfer 70%
• Nusselt Number 58%
• Turbulence 45%
• Shear Stress 39%
• Pressure 37%
• Kinetic Energy 37%
• Thermodynamic Property 28%
• Heat 24%
• Critical Pressure 23%
• Reynolds Number 22%
• Flow 21%
• Chemical Transformation 20%
• Supercritical Fluid 18%
• Friction Coefficient 17%
• Velocity 13%
• Decomposition 10%
• Simulation 10%
• Reduction 7%

Engineering & Materials Science

• Forced convection 74%
• Heat transfer 43%
• Skin friction 30%
• Kinetic energy 27%
• Nusselt number 26%
• Thermodynamic properties 24%
• Shear stress 23%
• Turbulence 23%
• Heat flux 23%
• Supercritical fluids 17%
• Direct numerical simulation 16%
• Flow of fluids 11%
• Reynolds number 10%
• Pipe 9%
• Statistics 9%
• Decomposition 9%
• Fluids 8%
• Water 7%
• Temperature 5%