This study aims to numerically investigate the reasons for the hump characteristic
improvement of the large vertical centrifugal pump (LVCP) optimized model and thus …

The extensive applications of double-suction centrifugal pumps consume a considerable
amount of energy. It is urgent to reveal the detailed energy dissipation generation and find …

In this paper, the mechanism of the rotor–stator interaction in a centrifugal pump with guide
vanes is studied numerically and theoretically. The dynamic mode decomposition method is …

In this paper, the wake and potential flow effects of the rotor–stator interaction in a centrifugal
pump with guide vanes are investigated from the view of the separation of turbulent and …

In off-design conditions, pump-turbines generate vortex structures of varying scales and
intensities, jeopardizing energy conversion due to unstable flow phenomena. While off …

While bacterial swarms can exhibit active turbulence in vacant spaces, they naturally inhabit
crowded environments. We numerically show that driving disorderly active fluids through …

In the paper, the modulation effect of rotor-stator interaction subjected to fluctuating rotation
speed is investigated numerically. A quasi-bivariate variable mode decomposition method …

Hydrodynamic torque converters (HTC), as power transmission component for high-power
machinery, achieve flexible and energy saving transmission by circulating viscous oil …

The intricate internal flow structure within the regenerative compressor leads to substantial
energy loss, presenting a long-standing challenge in accurately predicting its performance …

Flow non-uniformity inherent at the impeller passages is realized to have pronounced effects
in hydraulic pumps, which leads to severe operational challenges. Cutting the blade tip has …