Notice détaillée
Titre
Yamamoto, Keita
Sciper ID
230846
Laboratoires affiliés
LMH
Publications
Evaluation of a Dynamic Transfer Matrix for a Hydraulic Turbine
Experimental method for the evaluation of the dynamic transfer matrix using pressure transducers
Hydro-acoustic resonance behavior in presence of a precessing vortex rope: observation of a lock-in phenomenon at part load Francis turbine opera[...]
Hydrodynamics of Francis turbine operation at deep part load condition
Measurement of the Self-Oscillating Vortex Rope Dynamics for Hydroacoustic Stability Analysis
On the physical mechanisms governing self-excited pressure surge in Francis turbines
Physical Mechanism of Interblade Vortex Development at Deep Part Load Operation of a Francis Turbine
Pressure measurements and high speed visualizations of the cavitation phenomena at deep part load condition in a Francis turbine
Swirl number based transposition of flow-induced mechanical stresses from reduced scale to full-size Francis turbine runners
Experimental method for the evaluation of the dynamic transfer matrix using pressure transducers
Hydro-acoustic resonance behavior in presence of a precessing vortex rope: observation of a lock-in phenomenon at part load Francis turbine opera[...]
Hydrodynamics of Francis turbine operation at deep part load condition
Measurement of the Self-Oscillating Vortex Rope Dynamics for Hydroacoustic Stability Analysis
On the physical mechanisms governing self-excited pressure surge in Francis turbines
Physical Mechanism of Interblade Vortex Development at Deep Part Load Operation of a Francis Turbine
Pressure measurements and high speed visualizations of the cavitation phenomena at deep part load condition in a Francis turbine
Swirl number based transposition of flow-induced mechanical stresses from reduced scale to full-size Francis turbine runners
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