|
Fred Brauer |
|
Mathematics |
Modelling of disease dynamics, epidemiology, and population biology;
models for sexually transmitted diseases which incorporate behavioural
effects |
|
Colin Clark
|
|
Mathematics |
Behavioral ecology and economics of natural resources |
|
|
Civil Engineering |
Structural reliability and probabilistic methods in engineering; applied mechanics
and computer applications; earthquake engineering; structural modeling of wood structures |
|
|
Mathematics |
Applied probability, neuronal modelling, epidemiology, genomics, 1/f noise |
|
John Heywood |
|
Mathematics |
Navier-Stokes equations: theory and numerical analysis |
|
|
Mathematics / Zoology |
Management and conservation of natural resources |
|
|
Mathematics / Pharmacology |
Electrical activity in excitable cells, nonlinear dynamics of cell models |
|
|
Mechanical Engineering |
Fluid flow and heat transfer; computational fluid dynamics and heat transfer; two-phase flow and heat transfer; mathematical modelling of transport phenomena |
|
|
Chemistry |
Kinetic theory of gases with application to chemically reactive systems;
hot atom reactions; electron transport; interpretation of swarm experiments;
stochastic processes; atmospheric and space science; computational fluid dynamics
[selected publications] |
|
|
Computer Science |
Numerical analysis and computation, particularly
computational linear algebra and graphical data fitting |
|
John Walsh |
|
Mathematics |
Probability theory; stochastic partial differential equations;
financial mathematics; numerical analysis |