My primary research interest is in galactic hydrodynamics on all scales, from sub-grid models of the interstellar medium to large-scale evolution. I use AMR and SPH methods to perform simulations of galaxies in idealised contexts.
Cloud angular momentum and effective viscosity in global SPH simulations with feedback
High-velocity-dispersion cold gas in ULIRG Outflows - I. Direct simulations
Effective viscosity from cloud-cloud collisions in 3D global smoothed particle hydrodynamics simulations
2013 PhD (Hydrodynamic Simulations: The Origins and Evolution of Cold Gas in Galaxies and Galactic Winds)
2006 MSc (Condensed Matter Physics)
2005 BSc (Hons)