Hangzhou
China
Zhejiang Sci-tech University - Key Laboratory of Fluid Transmission Technology of Zhejiang Province
Pelton Turbine； Internal Flow Field Analysis；SPH Method；VOF Method；Energy Conversion Efficiency；Structural Optimization
Energy Consumption, bionic optimization, entropy generation rate analysis, computational fluid mechanics
multiscale cavitation model, volume of fluid, discrete bubble model, OpenFOAM
lattice Boltzmann method, heuristic scheme, RO membrane
User-defined function (UDF), Computational Fluid Dynamics (CFD), Concentration polarization, Reverse osmosis membrane, Feed spacer
Cavitation, Noise characteristics, Eulerian-Lagrangian, Multiscale modeling, Large eddy simulation
hydraulic optimization, Support Vector Regression, particle swarm, Energy Consumption
Cryogenic cavitation, Thermodynamic effect, Cavitation evolution, Vortex structure, Entropy production
cavitating jet, erosion, Numerical simulation, multiscale model, volume of fluid, microscale bubble
Pelton turbine, flow characteristic, free water film, hydraulic performance, flow interference
Fluidic thrust vector control, Jet oscillation, Vortex dynamics, Compressible flow
counter-rotating, turbine, near wake, impeller, flow characteristics
erosion, multi-stage pump, cavitation, paint experiment, numerical simulation, Optimization
Nanofiltration membrane, Nanoscale effect, Gradient structure, Permeability, Lattice Boltzmann Method
erosion, abrasion, Cavitation, numerical, volume of fluid
Energy Dissipation Internal Flow Characteristics Turbulent modelCentrifugal Pump
Clocking effect, Relative position matching, flow-induced noise, Hydrodynamic characteristics, rotor-stator interaction
Fluidic thrust vector control, Hysteresis, Vortex dynamics, Compressible flow
