Channel sinuosity control on submarine-fan evolution
Submarine fan systems form some of the largest sedimentary deposit and they incorporate hydrocarbon reservoirs of critical importance to global industry and economy. Submarine fan...
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.
Submarine fan systems form some of the largest sedimentary deposit and they incorporate hydrocarbon reservoirs of critical importance to global industry and economy. Submarine fan...
In this project the student will model debris flows using CFD methods to obtain predictive tools for the travel distance and extent of debris flows....
In a group of devices, such as thermo-acoustic engines and pulse tube coolers, oscillatory flows are used to achieve power generation and heat pumping or...
This project will study the fluid motions within drops deposited by inkjet printers, through the use and development of numerical methods and mathematical models of...
The solid inner core of the Earth is growing as the Earth cools. Fluid outer core material comprises liquid iron and lighter components, and as...
Sudden outburst floods from dams often contain very high loads of sediment across a range of sizes. These outbursts can come for the sudden failure...
This is a mathematical and theoretical project which will explore the relationship between deep convective storms and the circulation of the tropical atmosphere. These storms...
The Earth’s liquid core is a very remote place indeed – we know relatively very little about its structure and dynamics because direct observation is...
Convection within the Earth’s fluid core generates the planetary magnetic field; spatial and temporal variations of the geomagnetic field can thus be used to gain...
This project involves the use of statistical techniques such as data assimilation for validation of the construction of models of fluid flows. It is often...