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.
Our ability to confidently predict the safety of a nuclear waste repository depends on our ability to correctly model the interaction of fluids residing in...
This timely and interdisciplinary project will be applying a series of advanced techniques in flow mechanics in order to shed light on glacier dynamics strongly...
The turbulent behaviour of clouds is responsible for many of the uncertainties around the timing and intensity of precipitation in weather and climate models. One...
Water-wave modeling and prediction is very important for maritime engineering, in which accurate and robust extreme wave prediction is required in target areas and for...
Earth’s solid inner core grows as the planet cools. The material in the overlying fluid outer core comprises liquid iron and lighter components, and as...
More than one in ten of the world's population live within 100 km of an active volcano, and are exposed to threats to life, livelihood...
The movement of Earth’s liquid core is responsible for generating our planetary magnetic field, yet we know very little about its structure and dynamics because...
Our ability to confidently predict the safety of a nuclear waste repository depends on our ability to correctly model the interaction of fluids residing in...
Convection in rocky or icy planetary mantles controls the evolution of the terrestrial planets and many of the moons in the solar system. This convection...
One of the most interesting features of fluid dynamical systems is their tendency to form layers or “staircases”. These are particularly apparent, as density staircases,...