Romain Canu Charg� de recherches Home department Turbulence, Atomization, Sprays and Chaos Publications Validation of single and two-phase flow MHD code for application to liquid metal batteries Congress' communication Published on May 2025 Par CanuRenoultBr�ndle de motta Numerical model of metal pad roll instability for liquid metal battery applications Congress' communication Published on May 2025 Par CanuBr�ndle de mottaRenoult Numerical simulation of metal pad roll instability for liquid metal batteries application Congress' communication Published on May 2025 Par CanuBr�ndle de mottaRenoult New experiments and theory on ferrofluid cylinder in an azimuthal magnetic field Journal's article Published on November 2023 Par CanuRenoult Stability of ferrofluid cylinder in an azimuthal magnetic field: theory and experiment Congress' communication Published on September 2022 Par CanuRenoult Linear stability analysis of a Newtonian ferrofluid cylinder surrounded by a Newtonian fluid Journal's article Published on September 2021 Par CanuRenoult Linear stability analysis of a Newtonian ferrofluid cylinder under a magnetic field Journal's article Published on May 2021 Par CanuRenoult Analyse faiblement non-linéaire de stabilité d’un cylindre de ferrofluide Poster Published on March 2021 Par CanuRenoult Control of ferrofluid jets with magnetic fields Congress' communication Published on November 2020 Par CanuRenoult Analyse Linéaire de Stabilité d’un Jet de Ferrofluide Poster Published on January 2020 Par CanuRenoult Curvature-based interface resolution quality (irq) indicator to assess simulation accuracy Journal's article Published on January 2020 Par CanuDuretReveillonDemoulin A surface resolution criterion for two-phase flows DNS Congress' communication Published on September 2019 Par CanuDuretReveillonDemoulin Développement d’une méthode compressible avec évaporation pour la simulation d’interface résolue dans le cadre de l’atomisation. Thesis Published on June 2019 Par Canu Turbulent statistical transition from Euler to Lagrange using droplet velocity PDF Congress' communication Published on July 2018 Par Anez perdomoCanuDuretReveillonDemoulin A weakly-compressible DNS formalism for turbulent atomization applications Congress' communication Published on July 2018 Par DuretCanuReveillonDemoulin A pressure based method for vaporizing compressible two-phase flows with interface capturing approach Journal's article Published on June 2018 Par DuretCanuReveillonDemoulin Where does the droplet size distribution come from? Journal's article Published on January 2018 Par CanuDuretM�nardReveillonDemoulin Where does the Drop Size Distribution Come From? Congress' communication Published on September 2017 Par CanuDumouchelDuretM�nardReveillonDemoulin
