Implementation of compressible porous–fluid coupling method in an aerodynamics and aeroacoustics code part I: Laminar flow

Inlet Effect Caused by Multichannel Structure for Molecular Electronic Transducer Based on a Turbulent-Laminar Flow Model

“…The flow mode of the electrolyte was simulated with a new model ( Figure 4a) and compared with the simulation of Sun's laminar flow model (Figure 4b) [8][9][10][11]. As shown in Figure 4a, the radial velocity distribution gradually decreases from the inlet position, tends to zero near 90 µm, and maintains a state where the radial velocity tends to zero at 90 µm to 370 µm.…”

“…In previous studies, a laminar flow model was established to study the flow signal of a single-channel electrolyte, and an ideal output signal was used for simulation; however, the impact of the MET multichannel coupling effect in practical applications was not considered [10]. The MET multichannel interaction causes irregular movements in some electrolytes at the inlet and outlet of the channel, which forms a turbulent area with unstable flow field distribution [11].…”