| Name |
Position |
Research Areas |
| Professor Sean McElwain |
Co-Program Leader |
- Industrial modelling.
- Application of mathematics in the life sciences and medicine.
|
| Prof Ian Turner |
Co-Program Leader |
- Finite-volume discretisation methods.
- Numerical linear algebra.
- Computational modelling in porous media.
|
| Dr Troy Farrell |
Senior Lecturer |
- Mathematical modelling of electrochemically active porous media.
- Multiple-scale/multiple-reaction effects within alkaline battery cathodes.
- Asymptotic analysis of flow through porous electrodes.
- Reconstruction of three-dimensional porous solids from two-dimensional surface data.
- Optimisation of dye-sensitized solar cells.
|
| Dr Graeme Pettet |
Senior Lecturer |
- Mathematical modelling of tissue invasion processes especially the
cell migration phenomena of chemotaxis and haptotaxis in the context
of tumour growth, angiogenesis and bone repair.
|
| Dr Glenn Fulford |
Lecturer |
- Mathematical modelling in infectious diseases.
- Genetics.
- Micro-organism motility.
- Viscous fluid dynamics.
- Diffusion.
|
| Dr Dann Mallet |
Lecturer |
- Mathematical modelling of cell migration.
- Mathematical modelling of infectious diseases.
- Mathematical modelling of tumour immune system dynamics.
|
| Dr Scott McCue |
Lecturer |
|
| Dr Tim Moroney |
Associate Lecturer |
- Numerical linear algebra
- Finite volume methods
- Scientific computation
|
| Mr Mark Barry |
HPC & Research Support, ITS |
|
| Dr Neil Kelson |
HPC & Research Support, ITS |
|
| Dr Anthony Rasmussen |
HPC &Research Support, ITS |
|
| Dr Joe Young |
Senior Education Officer, HPC |
- Scientific visualisation.
- Scientific computation.
|
