Research

I work on fluid dynamics problems involving droplets and thin films, with a focus on phase change, mass transport, and free-surface flows. My research combines asymptotic analysis, analytical methods, and numerical techniques to develop and solve reduced-order models describing complex, multiscale fluid systems arising in physics, biology, and engineering.

Some previous and ongoing research projects

Lubricated viscous gravity currents down an incline

The effect of capillary forces on two-layer flow

Particle transport in evaporating droplets

COMSOL, Phase-Field Simulations: capillary forces and travelling-waves

Upcoming and recent research dissemination activities - 2026

Mathematical Fluid Mechanics Meeting

15th September 2026

I recently gave a talk on lubricated viscous gravity currents at MFM's first iteration in the UK. In two parts I discussed how self-similar and travelling-wave flow regimes can help us to understand flow dynamics relevant to various geophysical and industrial applications.

UK Fluids Conference

8th September 2026

At UK Fluids in Leeds, I got a chance to present some recent work on the effect of capillary forces on lubricated viscous gravity currents down an inclined plane, with a focus on how capillary effects vary with fluid dissimilarity.

My talk was part of an interesting session on free surface and multiphase flow, in which Prof. Stephen Wilson presented some of our joint work on particle deposition from an evaporating droplet with a moving contact line.

British Applied Mathematics Colloquium

May 2026

"The effect of capillary forces on lubricated viscous gravity currents" and a Women in Applied Mathematics networking session complete.

Retreat for Women in Applied Mathematics

January 2026

Discussions regarding fluid mechanics research, mentoring, and promoting EDI in applied mathematics. See EDI for further details.

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