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.
Desired Impinging jets are used in a wide range of process engineering applications such as tunnelling operations, paint spraying and cavitation drilling. Liquid jets are...
On earth, and every solid planetary body studied in this solar system, geophysical flows sculpt the landscape in environments including rivers, glaciers, deserts, deltas, shallow...
Non-spherical particles in fluid flows are encountered in both natural and industrial environments. The relevance of non-spherical particles to the flow properties of complex fluids...
The project will model the stratigraphic architecture of evolving seafloor channel networks through delivery of 3 key research goals: Development of reduced complexity short-time-scale models...
Particles in suspension may agglomerate to form large flocs. These flocs may have different settling velocities than their parent particle, and thus significantly effect particle...
Inkjet printing requires the precise generation and deposition of very small drops of liquid. It is widely used in graphical printing and is rapidly developing...
Convection in rocky or icy planetary mantles controls the long-term evolution of the terrestrial planets and many of the moons in the solar system. The...
Ocean floor channels on slopes are the main conduits for particulate transfer from continents to oceans. Modern erosionally-confined systems form complicated geomorphologies, but their erosional...
High pressure gas atomization (HPGA) is a commercial process for the manufacture of metal powders in which supersonic gas jets are used to disrupt a...
The recent discovery of particles erupted from seafloor volcanoes (see video link below) in marine sediment samples presents an exciting new approach to investigate the...