Experimental analysis and modeling for a circular-planar type IT-SOFC

A comprehensive CFD model of anode-supported solid oxide fuel cells

“…The OCV is varied along the channel length by the calculation of Eq. (15). However OCV variation is observed unremarkable.…”

“…Bessler et al [7], Morel et al [8], Shi et al [9], Hussain et al [10], Nam and Jeon [11], and Jeon et al [12] developed a comprehensive model to provide detailed description of the electrochemical processes and transport phenomena. Yakabe et al [2], Recknagle et al [13], Yuan et al [14], Bedogni et al [15], Andreassi et al [16], Zhu and Kee [4], and Bove and Ubertini [17] studied a species transports considering fluid behavior and electrochemical kinetics by computational fluid dynamic (CFD)-based model. Xue et al [5], Aguiar et al [18,19] and Iora et al [20] predicted steady-state performance or transient behavior.…”

Cell integrated thin-film multi-junction thermocouple array for in-situ temperature monitoring of solid oxide fuel cells

“…Further, they state that researchers at Jülich GmbH were able to measure the temperature profile of a 5kW SOFC stack by embedding 36 thermocouples into the stack. Guan et al [7] and Bedogni et al [8] have also used thermocouples to measure gas flow temperature at inlet and outlet of a stack. Although these approaches could yield successful results within their respective scopes, the inability to measure the temperature closer to reactions cites on the cell is a significant drawback commonly noticed in these approaches.…”

Electrical Performance and Carbon Deposition Differences between the Bi-Layer Interconnector and Conventional Straight Interconnector Solid Oxide Fuel Cell

“…Nguyen et al [7] proposed a ribbed interconnector SOFC. A circular planar SOFC with ribs was also reported in reference [8]. Many researchers experimentally analyzed the influence of several factors (catalyst activity, temperature, type of fuel and so on) on carbon deposition in a SOFC [9][10][11][12][13][14].…”