Three-dimensional fluid dynamic analysis of a newly designed 100 cm² single cell with internal flow channels for molten carbonate fuel cells

Engineering & Materials Science

• Molten carbonate fuel cells (MCFC) 97%
• Channel flow 78%
• Fluid dynamics 73%
• Dynamic analysis 62%
• Flow of gases 44%
• Gases 39%
• Polarization 36%
• Anodes 33%
• Cathodes 28%
• Electrolytes 22%
• Electrodes 22%
• Carbonates 19%
• Porous materials 16%
• Ions 10%
• Fuel cells 10%
• Temperature 9%
• Charge carriers 8%
• Hot Temperature 8%
• Electric charge 8%
• Heat transfer 7%
• Precious metals 7%
• Gas supply 7%
• Forced convection 6%
• Gas mixtures 6%
• Energy balance 6%
• Natural convection 5%
• Chemical reactions 5%
• Molten materials 5%
• Current density 5%
• Environmental impact 5%
• Thermodynamic properties 5%
• Salts 5%
• Carbon dioxide 5%
• Momentum 5%
• Pressure drop 5%
• Sand 5%
• Physics 4%
• Catalysts 4%
• Flow fields 4%
• Renewable energy resources 4%
• Hydraulics 4%
• Computational fluid dynamics 4%
• Electricity 4%
• Acoustic impedance 4%
• Chemical analysis 3%
• Geometry 3%
• Air 3%
• Water 3%
• Experiments 2%

Chemical Compounds

• Fluid Dynamics 100%
• Flow 44%
• Gas 36%
• Simulation 34%
• Anode 21%
• Cathode 18%
• Polarization Resistance 16%
• Plate Like Crystal 15%
• Polarization 14%
• Behavior as Electrode 12%
• Heat Transfer 10%
• Electrochemical Reaction 10%
• Carbonate 7%
• Carbonate Salt 7%
• Heat 7%
• Energy Balance 6%
• Momentum 6%
• Electric Charge 6%
• Pressure Drop 6%
• Pressure 5%
• Electricity 5%
• Charge Carrier 4%
• Mixture 4%
• Ion 3%
• Carbon Dioxide 3%
• Current Density 3%
• Resistance 3%
• Length 2%
• Energy 2%