Modelling heat transfer for a tubular micro-solid oxide fuel cell with experimental validation

Physics & Astronomy

• solid oxide fuel cells 100%
• heat transfer 66%
• electrodes 53%
• cells 34%
• performance prediction 30%
• cermets 26%
• heat generation 25%
• thermal radiation 23%
• electric charge 23%
• gases 21%
• conductive heat transfer 20%
• mass transfer 19%
• temperature gradients 18%
• charge transfer 18%
• mathematical models 17%
• temperature distribution 17%
• velocity distribution 16%
• simulation 16%
• momentum 14%
• heat 14%
• heating 13%
• performance 9%
• temperature 6%

Engineering & Materials Science

• Solid oxide fuel cells (SOFC) 92%
• Electrodes 65%
• Heat transfer 57%
• Electric charge 30%
• Charge transfer 27%
• Cermets 25%
• Heat radiation 24%
• Gases 24%
• Heat generation 23%
• Thermal gradients 21%
• Hot Temperature 20%
• Momentum 19%
• Mass transfer 19%
• Temperature distribution 17%
• Heating 15%
• Mathematical models 14%
• Temperature 8%

Chemical Compounds

• Heat Transfer 92%
• Oxide 46%
• Behavior as Electrode 42%
• Conductive Heat Transfer 41%
• Heat 31%
• Momentum 28%
• Electric Charge 27%
• Cermet 27%
• Simulation 27%
• Electrochemical Reaction 21%
• Mass Transfer 17%
• Charge Transfer 14%
• Surface 13%
• Length 12%
• Porosity 12%
• Volume 12%
• Gas 11%