Abstract
Aiming at the nozzle-diverted channel system, two diverted channels with different configurations were designed and optimized, and the liquid flow characteristics in the diverted channel were studied. A finite element simulation model was established to analyze the influence of different diverted channel systems on the uniform distribution performance of the liquid, and the two diverted channels were tested for the uniform distribution of liquid flow. The results show that the diverting effect of the two kinds of diverting disk channels is relatively uniform. However, the distribution performance of the four-bifurcated diverting disk channel is better than that of the double-bifurcated diverting disk channel. The pressure loss is relatively less; the energy consumption is less, so the four-bifurcated diverting disk channel system is selected as the optimal design. The experimental results are consistent with the simulation results.