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Amélie Ferran

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Amélie Ferran

Postdoctoral Fellow
Department of Energy and Process Engineering

amelie.ferran@ntnu.no
Strømningsteknisk, 229, Kolbjørn Hejes vei 2, Gløshaugen, Trondheim
ResearchGate Google Scholar
About Research Publications Outreach

About

CV

My research focus has been on the experimental study of two-phase turbulent flows.

During my PhD at the University of Grenoble Alpes (UGA), I have primarily focused on the dynamics of inertial particles injected into different turbulent environments. I have worked on the settling of water droplets within homogeneous and isotropic turbulent airflows and the entrainment of inertial particles within turbulent interfaces.

More recently, I have joined the Norwegian University of Science and Technology (NTNU) in Norway to work on wave-turbulence-current interactions at gas-liquid interface with Simen Ellingsen and Jason Hearst.

Competencies

  • HWA
  • LDV/PDPA
  • Matlab
  • PIV
  • Python

Research

Turbulent flows, free surface turbulence, wave-turbulence-current interactions, gas-liquid interface, experimental study, Particle Image Velocimetry (PIV).

  • Simen Ellingsen's research group
  • Jason Hearst's reseach group

WaTurShed

Small Flows with Big Consequences: Wave-, Turbulence- and Shear current-Driven mixing under a water surface (WaTurSheD) The project aim is to understand the flows beneath the ocean surface.

GLITR

Breaking through: The Impact of Turbulence on the Gas-Liquid Interface (GLITR) The project aim is to understand how O2 and CO2 are transported into the turbulent oceans from the turbulent atmosphere.

Publications

  1. An experimental study on the settling velocity of inertial particles in different homogeneous isotropic turbulent flows. Ferran, A., Machicoane, N., Aliseda, A., & Obligado, M. (2023). Journal of Fluid Mechanics.
  2. Characterising the energy cascade using the zero-crossings of the longitudinal velocity fluctuations. Ferran, A., Aliseda, A., & Obligado, M. (2023). Experiments in Fluids.
  3. Solar-powered shape-changing origami microfliers. Johnson, K., Arroyos, V., Ferran, A., Villanueva, R., Yin, D., Elberier, T., Aliseda, A., Fuller, S., Iyer, V., & Gollakota, S. (2023). Science Robotics.
  4. Characterising single and two-phase homogeneous isotropic turbulence with stagnation points. Ferran, A., Angriman, S., Mininni, P. D., & Obligado, M. (2022). Dynamics, 2(2), 63-72.
  5. Clustering in laboratory and numerical turbulent swirling flows. Angriman, S., Ferran, A., Zapata, F., Cobelli, P. J., Obligado, M., & Mininni, P. D. (2022).Journal of Fluid Mechanics, 948, A30.
  • Chronological
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  • All publications registered in NVA

Outreach

2025

  • Academic lecture
    Ferran, Amelie Mia Helene; Rømcke, Olav; Gautam, Priyanka; Hearst, R. Jason; Ellingsen, Simen Ådnøy. (2025) Experiment on Eulerian and Lagrangian mean flow in water waves with turbulence. International Conference on Multiphase Flow , Toulouse 2025-05-11 - 2025-05-14
  • Academic lecture
    Ferran, Amelie Mia Helene; Semati, Ali; Rouaud, Anaïs; Hearst, R. Jason; Ellingsen, Simen Ådnøy. (2025) Correlation between near-surface turbulence and the free surface. European Fluid Dynamics Conference - EFDC2 , Dublin 2025-08-23 - 2025-08-28

2024

  • Poster
    Ferran, Amelie Mia Helene; Rømcke, Olav; Gautam, Priyanka; Hearst, Robert Jason; Ellingsen, Simen Andreas Ådnøy. (2024) Experiment on Eulerian and Lagrangian motion in waves and turbulence. Wind Waves in the Earth System , Cargèse, Corsica 2024-04-22 - 2024-04-26

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