| Arnold, Douglas N.: Director, Institute for Mathematics and its Applications. Numerical analysis, partial differential equations, mechanics; the numerical solution of the equations of general relativity. Publications, talks, teaching material, other resources. |
| Behrens, Joern: Technische Universitaet Muenchen. Scientific computing, parallelization, adaptive atmospheric modeling. Scientific animations, slides of talks, publications and downloadable software. |
| Bejancu, Aurelian: University of Cambridge. Multivariate splines. |
| Berisha, Faton M.: University of Prishtina, Kosova. Approximation theory, numeric analysis, trigonometric series. Papers in DVI format. |
| Bila, Nicoleta: Johann Radon Institute for Computational and Applied Mathematics (RICAM), Austrian Academy of Sciences (ÖAW) . Symmetry analysis of partial differential equations; parameter identification problems; nonlinear partial differential equations; symbolic manipulation programs for symmetry analysis; variational symmetry groups and conservation laws. |
| Celledoni, Elena: Norwegian University of Science and Technology. Krylov subspace and preconditioning methods for the numerical solution of large linear systems arising from the discretization of PDEs; waveform relaxation methods. |
| Cotter, Colin: Imperial College London. Numerical simulations in computational physics over long time intervals. Publications. |
| Domain Decomposition People: A list of web pages and email addresses of workers in Domain Decomposition methods. |
| Dominguez, Victor: Public University of Navarre. Interests in numerical solution of integral equations. CV and downloadable papers. |
| Elliott, Graham: University of Portsmouth. Approximation theory. Publications, teaching information. |
| Faul, Anita: University of Cambridge. Iterative methods for interpolation by radial basis functions. Thesis (compressed PostScript). |
| Franca, Leo: Professor. Mathematics department at the University of Colorado at Denver. Analysis of novel finite element methods for singularly perturbed problems. |
| Garbey, Marc: University of Houston. Fast elliptic solvers. |
| Gavaghan, David: University of Oxford. The application of numerical methods in medical research and associated basic sciences. |
| Giles, Mike: University of Oxford. Development and analysis of numerical methods for partial differential equations, particularly in computational fluid dynamics; parallel and distributed computing. |
| Givoli, Dan: Finite Element Methods, numerical methods for wave problems, numerical methods in nonlinear solid mechanics, problems in infinite domains, combination of numerical and analytical methods, analysis of space structures. |
| Hauser, Raphael: University of Oxford. Optimization; Numerical Analysis on the Stiefel and Grassmann manifolds; Applied stochastic processes in operations research. |
| Higham, Nick: University of Manchester. Numerical linear algebra, numerical analysis, scientific computation. |
| Iserles, Arieh: University of Cambridge. Research interests in numerical ordinary differential equations; also functional equations, approximation theory, special functions, numerical partial differential equations, nonlinear algebraic equations and nonlinear dynamical systems. |
| Klawonn, Axel: University of Essen. Numerical Methods for Partial Differential Equations. |
| Knyazev, Andrew: Specializes in numerical mathematics at the University of Colorado at Denver. Includes resume, teaching philosophy, research articles and conferences attended. |
| Lai, Choi-Hong: University of Greenwich. Research papers and activities in computational science and engineering, especially aeroacoustics. |
| Lipnikov, Konstantin: Los Alamos National Laboratory. Solvers and discretization for PDEs. |
| Liu, Yunkang: University of Cambridge. Analytic solution (stability and asymptotics) and numerical solution (Runge--Kutta methods and numerical stability) of functional differential equations; Qualitative numerical methods for solving differential equations with conservation laws. |
| Lodwick, Weldon: Research focused on optimization, differential algebra equations, geographic information systems, bio-medicine, environment applications and fuzzy industrial scheduling. University of Colorado at Denver. Page includes biography, hobbies, curriculum vitae, and publications. |
| Magoules, Frederic: Université Henri Poincare-Nancy I. Numerical acoustics. Publications, software, numerical gallery. |
| Makroglou, Athena: University of Portsmouth. Integral and integro-differential equations. |
| Mandel, Jan: Professor at the University of Colorado at Denver. Analysis and design of numerical algorithms, particularly iterative solvers for very large systems. |
| Mazzia, Francesca: University of Bari. Numerical Methods for Ordinary Differential Equations. |
| Mefire, Séraphin: University of Paris XI. Numerical linear algebra, Scientific and parallel computing, Mathematical methods in electromagnetism, Boundary integral methods. |
| Mulcahy, Colm: Spelman College. Curves and Surfaces in the Digital Age. |
| Petersen, Brent: Mathematics Department at Oregon State University. Specialty is numerical analysis. Includes class notes (pdf), work history, and resource links. |
| Quarteroni, Alfio: Ecole Polytechnique Fédérale de Lausanne. Modelling and scientific computing. |
| Sabin, Malcolm: University of Cambridge and Numerical Geometrics Ltd. Research interests: the mathematics of curves and surfaces; other issues in geometric computing; problems of making robust and reliable software. |
| Süli, Endre: University of Oxford. Error analysis of discretisation methods for partial differential equations: finite element and finite volume methods. |
| Sobey, Ian: University of Oxford. Computational and experimental fluid mechanics; medical engineering and oilfield applications. |
| Strang, Gilbert: MIT. Lecture notes, text and research papers in numerical linear algebra and wavelets. |
| Tafti, Pouya D: McMaster University. Multiresolution approximation, wavelets, approximation theory encyclopedia. |
| Trefethen, Nick: University of Oxford. Numerical analysis; applied mathematics; eigenvalue problems. |
| Wathen, Andy: University of Oxford. Numerical analysis of methods for partial differential equations; numerical linear algebra. |
| Xu, Jinchao: Pennsylvania State University. Numerical methods for PDEs and in particular finite element methods; multigrid methods for theoretical analysis, algorithmic developments and practical applications. |
| Zanna Munthe-Kaas, Antonella: University of Bergen. Research interests: Geometric Integration. |
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