Cyril Gadal

Cyril Gadal is a Royal Society Newton International Fellow specializing in applied mathematics with a focus on geophysical fluid dynamics and aeolian processes. His research integrates experimental and theoretical approaches to study dune morphodynamics, turbidity currents, and planetary surface evolution. He contributes to interdisciplinary collaborations across multiple countries, particularly in understanding sediment transport mechanisms and fluid-structure interactions.

His work addresses fundamental questions in aeolian geomorphology, including dune classification systems, growth mechanisms, and wind regime impacts. Experimental investigations into turbidity currents and granular flows have advanced understanding of slumping regimes and multiphase flow dynamics. Gadal's research also explores planetary-scale processes through comparative studies of Earth and extraterrestrial surface features.

Key contributions include the development of landscape-scale experimental setups, validation of dune instability theories, and the use of advanced simulation techniques for three-dimensional flow analysis. His datasets provide foundational resources for studying particle infiltration in porous beds and validating reanalysis meteorological models against field measurements.

• Awards: Royal Society Newton International Fellowship
• Collaborations: International networks in geophysics, fluid dynamics, and planetary science
• Labs/Teams: Experimental fluid mechanics and granular flow research groups