Barbara Bertram |
Numerical solution of integral equations, numerical
analysis, applications of wavelets |
Kathleen
Feigl |
Numerical methods, finite elements, rheology, modeling
and simulation of viscoelastic fluids |
William
Francis |
Cosmology, high-energy physics, field theories |
Mark
Gockenbach |
Inverse problems, computational optimization, mathematical
software |
John Hilgers |
Image analysis, integral equations |
Igor
Kliakhandler |
Spectral methods, scientific computation, interfacial
flow, hydrodynamics, combustion, nonlinear waves |
Robert
Kolkka |
Modeling and simulation of viscoelastic fluids, polymer
melt rheology, polymer processing, viscoelastic flow instabilities |
Gilbert
Lewis |
Ordinary differential equations, cosmology, pollutants in lake sediments,
singular perturbations |
David
Olson |
Fluid flow, dynamo theory, evolutionary ecology,
finance |
Tamara
Olson |
Inhomogeneous materials, statistical descriptions
of microstructure |
Allan
Struthers |
Mathematical modeling, solutions in optical frequency
conversion processes, laser-guided writing |
Franz
Tanner |
Computational fluid dynamics, turbulent reactive
multiphase flows, numerical methods, scientific computing, optimal control |