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Reference Studied Phenomena [49] Effect of conventional FF, MSFF, and IFF geometry on flow distribution and performance of VRFB [55] Pressure losses and flow rate optimization for a 40- cell VRFB stack [62] Flow rate distribution, flow penetration to the electrode, and their effect on VRFBs with SFF performance [63] Hydrogen evolution in VRFBs [64] flow and current density distribution, and Zinc depositions in Zn-Br RFB [65] Performance of and temperature distribution in a kW- class VRFB stack [66] Developing a model for current density distribution and transient state of charge in VRFBs with AEM [67] Ion transport through a porous separator in VRFB [68] Ion concentration and redox voltage distribution in VRFBs Modeling approaches Coupled 2-D CFD and analytical kinetics model Analytical electrochemical and fluid dynamics modeling 3-D CFD coupled with analytical kinetics model 2-D CFD and kinetics model Coupled 2-D CFD, mass transport, and kinetics model Coupled kinetics, mass transfer, and thermal model Coupled CFD, mass transport, and kinetics model Coupled transient 2-D CFD and mass transport model Coupled 2-D CFD and mass transport model 13PDF Image | Analysis of Fluid Flow in Redox Flow Batteries
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