Florent Ravelet
first name: Florent
topic interest: Brinkman penalization
topic interest: Power and torque coefficients
topic interest: Grandeurs globales @fr
interest: spi.meca.ther
topic interest: Theoretical Computer Science @fr
topic interest: Compressible two-phase flow
topic interest: Solid-liquid two-phase flow
topic interest: Proper Orthogonal Decomposition
topic interest: Axial Pump
topic interest: Inertial stirring
topic interest: Axial fan
topic interest: Low tip-speed ratio
topic interest: Ventilateurs contra-rotatifs @fr
topic interest: Écoulements turbulents @fr
topic interest: Cavitation
topic interest: Counter-rotating rotors
topic interest: Bulb turbine
topic interest: Scraped heat exchanger crystallizers
topic interest: CFD
topic interest: Leakage flow
topic interest: Condensed Matter Physics @fr
topic interest: Fuel Technology @fr
topic interest: Innovative design method
topic interest: Pressure fluctuations
topic interest: Mechanical Engineering @fr
topic interest: Écoulement de Taylor @fr
topic interest: Computational Mechanics @fr
topic interest: Sheet cavitation @fr
topic interest: Leakage flow rate
topic interest: Cavitation peening
topic interest: Bodies wake interaction
topic interest: Venturi
topic interest: Turbulence @fr
topic interest: Passive flow control
topic interest: Conception @fr
topic interest: Hysteresis
topic interest: Energy Engineering and Power Technology @fr
topic interest: Induction mechanisms
topic interest: Air injection
topic interest: Performances @fr
topic interest: Concentrated solar
topic interest: Chemical reactors
topic interest: Ventilateur axial @fr
topic interest: Confined flow
topic interest: Global performance
topic interest: Rough boundary
topic interest: Strain gauges sensor
topic interest: Counter-rotating axial-flow fan
topic interest: Physique physics @fr
topic interest: Cavitation instabilities
topic interest: Axial-flow fan
topic interest: Modeling and Simulation @fr
topic interest: Applied Mathematics @fr
topic interest: Aerated cavitation @fr
topic interest: Bodies' wake interaction
topic interest: Accuracy
topic interest: Ventilateurs axiaux @fr
topic interest: Counter-rotating axial-flow fans
topic interest: Wake analysis
topic interest: Cooling crystallization
topic interest: Experimental dynamo
topic interest: Laser Doppler Anemometry LDA
topic interest: Stereoscopic particle image velocimetry
topic interest: Rectangular groove
topic interest: Dynamo @fr
topic interest: Blade Element Momentum Theory
topic interest: Turbomachine @fr
topic interest: Fluid Flow and Transfer Processes @fr
topic interest: Bluff body
topic interest: Active control
topic interest: Répartition de la charge @fr
topic interest: Digital volume
topic interest: Hydraulic transport
topic interest: Friction coefficient
topic interest: Bed friction
topic interest: Heat transfer
topic interest: Wind energy harvesting
topic interest: Nuclear Energy and Engineering @fr