Michigan Technological University
Department of Mathematical Sciences

Center for Applied Mathematics

 
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
 
  • Department graduate program in mathematics

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    Department of Mathematical Sciences

    Michigan Technological University