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This equation applies the entire flow passage. Therefore, it is assumed that the velocity gradient in the x-direction equals zero. This conclusion leads to: πππ =ππ2π£π +ππ2π£π (3.16) ππ₯ ππ¦2 ππ§2 This equation is used for further analysis in channels of FFs. 3.3.2- Entrance region length To validate the assumption about the negligibility of the entrance region in FFs, the entrance region length is calculated through Equation 3.14 for the RFB cells in the lab within their working range. As demonstrated in Figure 3. 1, the maximum entrance region length for each FF design is around 3% of their respective channelsβ length, (overall channelβs length for each FF design is mentioned in Section 3.7). Hence, neglecting the entrance region is a strong assumption for further analysis. 28PDF Image | Analysis of Fluid Flow in Redox Flow Batteries
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