Fluid Dynamics Seminars Imperial College London

Transition in high-speed flows and its relevance to aero-propulsion systems

Search of efficient and accurate models for transient dynamics and energy amplification mechanisms

Morphological patterns in glacial, karst and alluvial environments: hydrodynamic stability approach

Theory of bubble tips in strong viscous flows

Accurate reconstruction of flow trajectories from incomplete data of turbulence

Computation and the real world: Can a butterfly change the climate?

From pilot-wave hydrodynamics to hydrodynamic quantum field theory

Interscale Turbulent Energy Transfers

Numerical simulations of multiphase complex fluids

Confessions of Evaporating Binary Liquid Mixtures: Drops, Pools and Particles

Nonlinear dynamics of forced baroclinic critical layers

Modelling the interaction between flows and complex surfaces

Finding simplicity in complex fluid flows

Finding simplicity in complex fluid flows

Data-driven methods for finding unstable periodic orbits in turbulent flows

Electrohydrodynamic interactions of surfactant-covered drop pairs

Multi-scale dynamics and state space of near-wall turbulence

Free Surface Nanoflows

Extreme events in fluid flows and water waves: prediction and statistical quantification

Coarse-grained models for schooling swimmers

High-Fidelity Numerical Simulations of Multiphase Flows in Presence of Surfactants