Numerical study of a flat-tube high power density solid oxide fuel cell: Part I. Heat/mass transfer and fluid flow

Physics & Astronomy

• air 7%
• chambers 9%
• continuity 12%
• energy conservation 13%
• flow distribution 20%
• fluid flow 82%
• heat 56%
• mass transfer 77%
• momentum 8%
• output 7%
• performance 5%
• radiant flux density 77%
• sealing 14%
• solid oxide fuel cells 100%
• temperature distribution 19%
• tubes 61%

Engineering & Materials Science

• Air 6%
• Energy conservation 9%
• Flow fields 20%
• Flow of fluids 76%
• Hot Temperature 41%
• Mass transfer 76%
• Momentum 11%
• Numerical models 9%
• Solid oxide fuel cells (SOFC) 92%
• Temperature distribution 20%

Chemical Compounds

• Application 6%
• Energy Conservation 30%
• Flow 27%
• Fuel 17%
• Heat 63%
• Mass Transfer 71%
• Momentum 28%
• Oxide 34%