Please note that the PhD projects listed are examples of projects offered to current CDT students and as such are not generally available to prospective students.
This project will address fundamental aspects of fluid-dense granular flow giving rise to the evolution of a complex micro- to mesoscale structures in the material,...
Turbulent atmospheric rotors in the boundary layer associated with mountain lee waves can be a major hazard to aviation. This collaborative project with the Met...
The management of multiphase sludge waste is critical to on-going operations within the nuclear industry which aim to transport aggregated waste to interim storage facilities....
Quantum dots (QDs) are semiconductor nanoparticles that can emit light through either photoluminescence or electroluminescence (EL). The latter enables one to create lighting devices in...
There are many instances where hydrogen generated from nuclear waste (via radiolysis) and accumulates within vessels or product containers at nuclear facilities. Mixed with air,...
Research at the interface between classical numerical methods and modern data-driven algorithms tends to be referred to as Scientific Machine Learning (SML). There has been...
The proposed project primarily addresses the research challenge of integrating low-carbon energy systems for sustainable and economically affordable energy conversion, storage and utilisation. Low carbon...
We introduce Wetropolis: a mathematical and physical model set-up. Wetropolis consists of a random weather or rain machine driving rainfall in a down-scaled river-catchment landscape....
Understanding convection is important in a range of geophysical problems. For example, in the interior of the Earth in the fluid outer core or in...
Knowledge of the wetting and impact of liquid droplets on solid substrates is key to reliable and efficient operation in diverse industrial processes, such as...