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Reference Studied Phenomena [76] Identifying heat sources, and the effect of electrolyte flow and current density distribution in the performance of VRFB stacks [77] Overpotential, ion concentration and current density distribution in VRFBs with IFF [78] Flow distribution in VRFBs with SFF, and velocity profile in the channels and electrode [79] Pressure distribution in RFBs with Cerium as a reactant [80] The role of the porous electrode on overpotential and current density distribution in VRFB cells [81] The effect of flow rate, ions, and acid concentration on the performance of VRFBs during the discharge cycle [82] Flow distribution and pressure drop in VRFBs with PFF and IFF Modeling approaches Coupled 2-D CFD, mass transport, kinetics, and thermal model Coupled 2-D CFD, mass transport, and kinetics model 2-D CFD model CFD model with the turbulent flow approach 3-D Lattice-Boltzmann model for fluid dynamics, coupled with mass transport and kinetics Coupled 2-D CFD, mass transport, and kinetics model 1-D analytical fluid dynamics model, 2-D CFD model 15PDF Image | Analysis of Fluid Flow in Redox Flow Batteries
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