Experimental investigation of flow resistance and convection heat transfer of CO2 at supercritical pressures in a vertical porous tube

Physics & Astronomy

• supercritical pressures 93%
• flow resistance 83%
• convection 52%
• heat transfer coefficients 49%
• heat transfer 47%
• tubes 43%
• inlet temperature 32%
• wall temperature 26%
• heat flux 20%
• friction factor 20%
• temperature 17%
• fluids 13%
• heat transmission 8%
• buoyancy 8%
• synchronism 6%

Chemical Compounds

• Convective Heat Transfer 100%
• Heat Transfer 65%
• Transfer Coefficient 54%
• Flow 39%
• Resistance 38%
• Porosity 35%
• Pressure 35%
• Heat 16%
• Buoyancy 11%

Engineering & Materials Science

• Heat convection 77%
• Temperature 24%
• Heat transfer coefficients 23%
• Heat flux 11%
• Convection 8%
• Fluids 8%
• Friction 6%
• Buoyancy 4%
• Heat transfer 2%
• Experiments 1%