Computational Fluid Dynamics
Numerical modelling of turbulent, free-surface, multiphase and particle-laden flows, with attention to accuracy, stability and physical interpretation.
Research
My research centres on computational modelling of environmental and engineering processes, particularly where particle-scale interactions shape system-scale behaviour.
Sediment Transport and Morphodynamics
Process-based and particle-based modelling of erosion, transport, deposition, bedforms and evolving river morphology.
Rheology and Thixotropy
Constitutive and structural-kinetics modelling of non-Newtonian materials, including time-dependent material behaviour.
Geomechanics and Geothermal
Flow and transport in porous media, partially saturated systems and coupled thermal-hydraulic processes.