Seoul
Korea, Republic of (South Korea)
Yonsei University
Solid oxide electrolysis cell, pressure drop, flow distribution, Electrochemistry, heat and mass transfer, numerical simulation
Solid oxide electrolysis cell, pressure drop, flow distribution, electrochemistry, heat and mass transfer, numerical simulation
Solid oxide fuel cell, Thermal stress, Chemical stress, Interconnect design, Thermal management, Flow management
solid oxide fuel cell, rapid load change, dynamic response, Heat and mass transport, relaxation time, three-dimensional numerical analysis
solid oxide fuel cell, rapid load change, dynamic response, heat and mass transport, relaxation time, three-dimensional numerical analysis
Solid oxide fuel cell stack, Electrochemical performance, Operating parameters, Numerical simulation, Stack modeling, Sensitivity
Solid oxide fuel cell (SOFC), Interconnect design, Symmetry enhancement, Thermal management, Flow distribution, Electrochemical uniformity
solid oxide electrolysis cell, dry CO2 electrolysis, carbon deposition, gas transport, porous electrode
