Callum Cuttle

Dr Callum Cuttle is a postdoctoral researcher in the Department of Engineering Science at the University of Oxford, working in the Poromechanics laboratory. He joined Prof. Chris MacMinn's group in 2020 to study flows in deformable porous media. Since February 2024, he has been conducting microfluidic experiments and continuum modelling of complex fluids in soil models for the EPSRC-funded project PoPFS. His research interests include gas compression-driven displacement flows, pattern forming multi-phase flows, fluid-structure interactions, soft porous media, ocular science, and glaucoma treatment.

Callum Cuttle is a Research Assistant at the University of Oxford, specializing in Physics, Fluid dynamics, and Poromechanics. His research focuses on the dynamics of viscous fingering, gas-liquid displacement, and the behavior of soft materials under compression. He investigates phenomena such as compression-driven fingering, front propagation in compliant channels, and the interaction between fluid flow and elastic or poroelastic media. His work also explores the impact of viscoelastic effects and compressibility on fluid flow in porous media, as well as applications in biomedical contexts like glaucoma treatment. Cuttle's research combines experimental and numerical approaches to understand complex fluid-structure interactions.