Modelling, Numerics and Applications
We develop and analyse mathematical models and numerical simulations for a wide range of scientific and technological issues.
Research is grouped into the areas of Life and Social Sciences and Physical Sciences and Engineering.
Life and Social Sciences
- Evolution and Resilience of Industrial Ecosystems
- Transgenerational Effects and Evolution
- Systems Biology and Pharmacokinetics-Pharmacodynamics
- Tumour Modelling
- Molecular Motors
- Fluid Dynamics of Lungs
- Insect-borne diseases and invasive species
Physical Sciences and Engineering
- Localised Patterns
- Pattern Formation
- Error Estimates for PDEs and their Discretizations
- Low-Dimensional ODEs with Practical Applications
- Mathematics of Field-Assisted Electron Emission
- Cascading Mode Interactions
- Symmetric Hamiltonian Systems: Bifurcation Theory and Numerics
- Dynamics of Piecewise Contractions
Members
Philip Aston
Daniele Avitabile
Michele Bartuccelli
Thomas Bridges
Peter Clark
Jonathan Deane
Sylvain Delahaies
Gianne Derks
Tom Ezard
Stephen Gourley
Rebecca Hoyle
Peter Hydon
David Lloyd
Ian Roulstone
Anne Skeldon
Matt Turner
Claudia Wulff
PhD Students
Neville Boon
Gary Chaffey
Anna Chuter
David Fairbairn
Hayley O'Farrell
Jessica Rowden
Francesca Sage-Ling
