Marc Massot

Marc Massot is a leading Professor and head of the Laboratory for Molecular and Macroscopic Energetics, Combustion. With a research portfolio spanning combustion, multiphase flows, and high-order numerical methods, he has published 49 peer-reviewed works since 2024 addressing polydisperse sprays, solid-propellant combustion, and advanced Eulerian/Lagrangian modeling.

Research Interests:

• Multi-scale modeling of reacting sprays and solid propellant combustion
• High-order accurate numerical schemes for hyperbolic balance laws
• Eulerian multi-fluid and moment methods for polydisperse two-phase flows
• Experimental validation of numerical simulations in aeronautical and automotive burners

Across his recent articles, Massot focuses on coupling large-eddy simulation with sophisticated spray models to predict flame–spray interactions in realistic engine geometries. His work systematically addresses size-distribution effects, evaporation, coalescence, and turbulent dispersion, while developing stable, high-order algorithms suitable for unstructured meshes and stiff chemistry.

A common thread is the derivation of minimal yet accurate Eulerian closures from kinetic theory, validated against canonical experiments ranging from counter-flow spray flames to pulsed jet injection. These studies advance both fundamental understanding and engineering design tools for liquid-fueled propulsion and internal-combustion systems.

Scientific Awards:

No awards are mentioned in the provided text.

Advising & Grants:

No explicit list of students or funded projects is supplied, though the extensive co-authorship network indicates active mentoring of PhD students and post-docs such as Aymeric Vie, François Doisneau, Frédérique Laurent, and Lucie Fréret.

Laboratories & Teams:

Marc Massot leads the Laboratory for Molecular and Macroscopic Energetics, Combustion, whose research bridges fundamental combustion science and applied computational fluid dynamics for energy and propulsion applications.