projects

A growing collection of projects I'm interested in. These are split into two broad categories, but interesting overlaps between these categories often arise.

convection and phase changes
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moist atmospheric convection

Capturing the fundamentals of condensation-driven convection in simple models (preprint coming soon)
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ice-turbulence interactions

Modelling the complexities of ice-ocean boundary layers
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numerical methods for melting objects

Developing and analysing phase-field and immersed boundary methods
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pore-scale dynamics of convection

Applying immersed boundary methods to simulate dispersion in porous media
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turbulent convection

Revealing how external shear and double diffusion can modify heat and salt transport at convective boundary layers

stratified flows
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internal waves and ocean mixing

What are the key breakdown mechanisms of internal waves driving mixing in the ocean?
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stratified turbulence

Investigating (non-)universal properties of turbulence in stratified environments, and how this may be affected by factors such as differential diffusion and helicity
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nonlinear effects in shear instabilities

Linear stability theory tells us about the initial growth of small perturbations. But what happens afterwards?