Research

From cloud edges to city streets, the lab studies how fluids carry heat, pollutants, and particles across environmental flows. Four interlinked areas, built on the same toolkit: Direct Numerical Simulation, Large-Eddy Simulation, reduced-order theory, laboratory experiments, sensor networks, and machine-learning surrogates.

Urban fluid mechanics

Building-resolved simulation of outdoor and indoor flow, dispersion, ventilation, and microclimate in cities.

15 people 5 projects 32 papers
Turbulence & mixing

Fundamental turbulent flows — entrainment, jets, plumes, gravity currents, and the way energy moves between scales.

12 people 7 projects 46 papers
Multiphase flows

Droplets, aerosols, plastics, sediment, turbidity currents, and inertial particles in turbulent, stratified, and cloud flows.

6 people 1 projects 10 papers
Machine learning

Surrogate models, emulators, Gaussian processes, and data-driven turbulence and urban-process modelling.

3 people 0 projects 4 papers