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PhD thesis

  • Turbulent geophysical flows above topography

    SPHYNX : Soft matter and complex fluids
    Paris-Saclay Physique en Île-de-France (EDPIF) Saclay
    The project is focused on the large-scale organization and the energy budget of idealized oceanic flows above random topography. We will first characterize the enhanced energy dissipation due to the…
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  • Experimental study of boundary layers in turbulent convection by diffusive waves spectroscopy

    SPHYNX : Soft matter and complex fluids
    Paris-Saclay Physique en Île-de-France (EDPIF) Saclay
    Turbulent convection is one of the main drivers of geophysical and astrophysical flows, and is therefore a key element in climate modeling. It is also involved in many industrial flows. Transport…
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  • Can we predict the weather or the climate?

    SPHYNX : Theoretical Physics
    Paris-Saclay Physique en Île-de-France (EDPIF) Saclay
    According to everyone’s experience, predicting the weather reliably for more than a few days seems an impossible task for our best weather agencies. Yet, we all know of examples of “weather …
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  • Sub-critical crack growth in oxide glasses

    SPHYNX : Solid state physics, surfaces and interfaces
    Autre Physique en Île-de-France (EDPIF) Saclay
    Material failure is a concern for scientists and engineers worldwide. This includes oxide glasses, which are integral parts of building, electronics, satellites due to multiple advantageous…
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  • Thermoelectric energy conversion control via coordination chemistry of transition metal redox ions in ionic liquids

    SPHYNX : Physical chemistry and electrochemistry
    Paris-Saclay Sciences Chimiques: Molécules, Matériaux, Instrumentation et Biosystèmes (2MIB) Saclay
    Thermoelectricity, a materials’ capability to convert heat in to electric energy has been known to exist in liquids for many decades. Unlike in solids, this conversion process liquids take several…
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