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VIGRE seminar, fall 2000: Numerical Analysis
- Instructors
- Raytcho Lazarov, Joe Pasciak
- Students enrolled
- Woonjung Choi, Veselin Dobrev, Paul Dostert, Tzanio Kolev,
Dukjin Nam, Yanqiu Wang (graduate mathematics students); Chun Park
(graduate statistics student)
- Description
- The VIGRE course on numerical analysis focused on numerical
algorithms and large scale scientific computation. The recent
advances in computing power have allowed for the development of
high fidelity, mathematically sophisticated models. The current
state of the art in large scale scientific computation ultimately
involves algorithms especially developed for execution on parallel
computing platforms.
There were three major components in this course:
- Methods and algorithms in scientific computing (including
approximation methods utilizing finite difference, finite element,
and spectral approximation);
- Applications to physics and engineering, economics, biology,
etc. in terms of partial differential equations;
- Software tools, programming methodologies, and code
development.
The first part of the course involved study and discussion of the
most popular algorithms and methods in scientific computing. The
second part of the course provided various mathematical
applications while the third part of the course was related to a
group project of developing codes called Aggie FEM and GLVIS. These
are object oriented finite element and visualisation codes that
include: parallel programming, mesh generation and visualisation
tools and applications to electromagnetics, flows in porous media,
elasticity, and potential problems.
- Impact
- The project was a definite success and benefitted all
participating students. This code has been subsequently used in
other research projects by some of the students from the class and
other students from our department. In particular, the code was
used to test various preconditioning strategies for problems of
flows in porous media in highly heterogeneous and orthotropic
media, partially funded by Saudi Aramco Oil Co. In addition, the
visualisation code was used to provide graphics for S. Tomov's
thesis.