MACSI One Day Graduate Courses
Numerical Solution to Differential Equations using Matlab
NUI Galway
3rd of April 2007.
NOTE: Registration has now finished.
Overview
The workshop is intended for graduate students who would like to learn
how to compute solutions to differential equations using Matlab.
In particular, how to
- Discretize linear ODEs by finite difference methods;
- Implement these methods efficiently in Matlab, including the
the construction and solution of sparse linear systems;
- Verify that the code is correct and analyse it for bottle-necks and
redundancies;
- Extend methods to nonlinear equations and PDEs.
Details
- Date: 11am - 4pm, 03/04/07
- Registration fee: €25 (€15 for NUI Galway
students), payable on arrival. This covers
registration on NUI Galway computers, tea, coffee and lunch.
- Organisers: Niall Madden, Meghan Stephens, Martin Meere.
To register, or for further information, send an email to Niall Madden no later than
27/03/07. The course is entirely lab-based, so the number of places is strictly limited.
When registering, please
- indicate your experience of solving differential equations by finite difference methods;
- level of programming experience, particularly with Matlab;
- mention any particular aspect of the numerical solution of DEs
that you'd like to see covered.
- if you are a student, tell us who your PhD adviser is and the project that you
are working on?
Registered participants to date.
Location
The workshop will take place on the campus of
NUI Galway (See
[Google Maps] or
[MapQuest])
For information on getting to NUI Galway, see http://www.nuigalway.ie/about/getting_to_nuigalway.php. If coming to NUI Galway by car, please note that all visitors to must use one of limited number of Pay-And-Display places. For details, see
http://www.nuigalway.ie/buildings/parking_visitors.html
We will meet for tea/coffee in the Friars Restaurant in the new Cairnes Building of NUI Galway at 11am. See campus maps
At 11.20 we'll move to the Friar PC suite, Room 105 of St Anthony
Building, adjacent to the Cairnes Building.
Programme
- 11.00: Tea/Coffee and registration in Friar's Restaurant
- 11.20: Introduction to finite difference methods for differential equations and Matlab.
Solving 2-point boundary value problems.
Maximum principles. Adaptive meshes. Towards PDEs.
- 13.30: Lunch in Friar's Restaurant.
- 14.30: Partial differential equations: parabolic and elliptic problems
- 16.00: End of instruction. Discussions.
Material
- Introduction to
finite differences
-
Matlab basics for finite
differences.
-
Errors and rates of convergence.
-
Verify the code and method.
-
Nonlinear problems.
-
Partial differential equations.
-
A guide to Guide.
Links