| Speaker: | Distinguished Prof. James Bramble Texas A&M University |
| Title: | Analysis of a finite PML approximation for the three dimensional time-harmonic Maxwell and acoustic scattering problem (joint with Dr. Joe Pasciak) |
| Speaker: | Dylan Copeland Texas A&M University |
| Title: | Negative-norm Least-squares Methods for Axisymmetric Maxwell Equations |
| Speaker: | Wolfgan Bangerth Texas A&M University |
| Title: | Adaptive finite element computations for inverse imaging problems |
| Speaker: | Guergana Petrova Texas A&M University |
| Title: | Semi-discrete central-upwind schemes for hyperbolic systems of conservation laws |
| Speaker: | Beatrice Riviere University of Pittsburgh |
| Title: | On the coupling of incompressible flows and porous media flows |
| Speaker: | Guido Kanschat University of Heidelberg |
| Title: | Discontinuous Galerkin Methods for Incompressible Flow |
| Speaker: | Caroline Nore University of Paris XI |
| Title: | Three-dimensional instablilities in the exactly counter-rotating von Kármán swirling flow |
| Speaker: | Jie Shen Purdue University |
| Title: | Efficient and stable Spectral Methods for Linear and Nonlinear Wave Equations |
| Speaker: | Ronald A. Devore The Texas Instrument Visiting Professor, Rice University |
| Title: | Adaptive Finite Element Methods: Rates of Convergence |
| Speaker: | Tim Warburton |
| Title: | Advances in Wave Propagation with the Discontinuous Galerkin Method |
| Speaker: | Phillippe P. Pébay Sandia National Labs |
| Title: | Isocontouring higher order finite elements: One numerical solution to Hilbert's 16th problem |
| Speaker: | David Muraki Simon Fraser University |
| Title: | A Resonant Instability of Mountain Waves |
| Speaker: | Granville Sewell Texas A&M University, visiting professor |
| Title: | Applications of PDE2D, a General-Purpose PDE Solver |
| Speaker: | Jorg Aarnes SINTEF, Oslo, Norway |
| Title: | Multiscale simulation of flow in porous media |
| Speaker: | Volker John Universitaet des Saarlandes |
| Title: | On stabilization techniques for convection dominated problems |