… and morphological parameters on the performance of the SOFC cell. In particular, we
studied the effect of the variation of permeability of the electrodes: fuel distribution, ionic and …

… have a negative impact on fuel cell performance. Numerical modelling and simulation tools
like … of a proton exchange membrane fuel cell: experiments and numerical simulation studies …

… the numerical simulation agree … electrode blockage and lower cell voltage; In addition, the
reactant permeation through the membrane reduces the fuel cell performance, and this effect …

… A PEMFC electrode geometry design with different reactant flow directions was also
investigated by some researchers. The reactant entering the anode region was dry while the gas …

… Meanwhile, considerable numerical simulation research has also been conducted for
PEMFCs. Huangpu et al. [8] established electrochemical and temperature models of PEMFCs …

… the pressure is set at 1 atm at the channel outlets. All material properties and boundary
conditions are based on previous experiment and numerical studies as summarized in Table 3. …

… removal and performance of polymer electrolyte membrane fuel cells. By performing a three-…
process and overall cell performance are numerically investigated in this study. The tapered …

… For this reason, the present work focuses on the numerical analysis of SOFC
performance improvements, with experimental validation to be addressed in future studies. …

… electrode thickness on the performance of lithium-ion batteries. The objective of this work is
to study … O 2 (NMC111) electrode thickness affects the battery performance by developing an …

… Since a single cell model was chosen to perform the numerical simulation, the symmetrical
conditions are applied in z direction of the channel. Furthermore, at the inlets of both anode …