Recent PHD Theses

From AMCGMedia

Recent PhD Theses

• Dr Victoria Barnard - The Inversion of the Boltzmann Transport Equation with Medical Optical Tomography Applications

• Dr Lucy Bricheno - Representing and parameterising open ocean deep convection on unstructured meshes in climate models and general circulation models

• Dr Adam Candy - Subgrid scale modelling of transport processes

• Dr Patrick Farrell - Galerkin projection of discrete fields via supermesh construction

• Dr Xavier Garcia - Numerical modelling of the microstructure and permeability of granular materials

• Dr Romain Guises - Numerical Simulation and Characterisation of the Packing of Granular Materials

• Dr Jefferson Gomes - Modelling heat and mass transfer in gas-solid fluidized beds using the two-fluid granular temperature approach Part 1 Part 2

• Dr Gerard Gorman - Parallel Anisotropic Unstructured Mesh Optimisation and its Applications

• Dr Hannah Hiester - The application of adaptive mesh techniques to numerical simulations of gravity current flows

• Dr Bryan Miles - High Temperature Nuclear Reactor Dynamics

• Dr Julian Mindel - Interface Tracking and Solid-Fluid Coupling Techniques with Coastal Engineering Applications

• Dr Philip Power - Error Measures for Finite Element Ocean Modelling

• Dr Zoe Roberts - The application of adaptive mesh modelling techniques to the study of open deep ocean convection

• Dr Jon Saunders - Electrical Inversion and Characterisation Methods in Geophysics

• Dr Brendan Tollit - Coupled Neutronic Thermal Fluid Dynamic Modelling of a Very High Temperature Reactor

• Dr Hongbin Wang - Numerical Modelling of Pedestrian Exposure to Traffic Pollution at an Intersection

• Dr Martin Wells - Tidal modelling of modern and ancient seas and oceans (NB this file is nearly 300 Mb in size!)

• Dr Simon Funke - The automation of PDE-constrained optimisation and its applications