| Faculty |
Research |
Email* |
| Richard Anstee |
Combinatorics, extremal set theory, graph theory, matching theory. |
anstee |
| Neil Balmforth |
Astrophysics, dynamical systems, fluid dynamics, geological fluids, mathematical biology,
non-Newtonian fluids, plasma physics. |
njb |
| George Bluman |
Symmetries for differential equations, nonlocal transformations admitted
by differential equations, and conservation laws. |
bluman |
| James Feng |
Fluid dynamics and rheology of complex fluids, microstructured materials,
multiphase systems, numerical simulations. |
jfeng |
| Ian Frigaard |
Fluid mechanics, modeling of industrial processes, applied mathematics
(joint with Mechanical Engineering). |
frigaard |
| Joel Friedman |
Combinatorics, graph theory, mathematical problems in computer science, eigenvalue problems. |
jf |
| John Heywood |
Partial differential equations, fluid dynamics, numerical methods, dynamical systems. |
heywood |
| Rachel Kuske |
Applied Mathematics, Stochastic Processes, non-linear dynamics, mathematical modeling |
rachel |
| Philip Loewen |
Calculus of variations, optimal control theory, non-smooth analysis. |
loew |
| Wayne Nagata |
Dynamical systems and bifurcation theory with applications to mechanics and fluid dynamics. |
nagata |
| Anthony Peirce |
Failure and fracture processes in granular materials, reactive flows in porous media,
control of quantum molecular systems, scientific computation. |
peirce |
| Dominik Schötzau |
Finite element methods for PDEs, numerical analysis, computational fluid mechanics
and electromagnetics, scientific computing. |
schoetzau |
| Brian Seymour |
Fluid Mechanics; Wave propagation; Coastal Engineering; Acoustics |
seymour |
| Jozsef Solymosi |
Combinatorics, graph theory, discrete geometry, and combinatorial number theory. |
solymosi |
| Michael Ward |
Reaction-diffusion equations, singular perturbation methods, exponential asymptotics,
partial differential equations and scientific computation. |
ward |
| Brian Wetton |
Finite difference methods for partial differential equations, numerical analysis,
computational fluid mechanics, the immersed boundary method. |
wetton |
| Özgür Yilmaz |
Applied harmonic analysis, signal processing, information theory |
oyilmaz |
*Please add @math.ubc.ca to complete Email entries. |
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