I am an applied mathematician specialising in fluid mechanics, with applications in carbon storage, sports physics, renewable energy, and industrial processes. My research combines a variety of analytical (mathematical modelling, asymptotic analysis), numerical (computational fluid dynamics, optimisation methods), and experimental (particle image velocimetry, wave tanks) techniques.



Flow in porous media

Modelling safe and sustaiable storage of CO2 in saline aquifers to mitigate climate change; Water management in Cyprus.


Sports Physics

Optimisation problems in rowing sports and track cycling.


Renewable energy

Small-scale hydropower for rivers and tides.


Phase change problems

Boiling and freezing problems in industry.