Lecture: Numerical Solution of Partial Differential Equations
Contents
Modelling with partial differential equations (PDEs)
Theory of elliptic PDEs
Finite element method for elliptic PDEs
A posteriori error control and adaptive mesh refinement
Multigrid methods
Numerical methods for parabolic PDEs
Numerical methods for first-order hyperbolic PDEs
Location and time
Lecture: Wed 11-13 (AGAIN IN INF 350 / OMZ R U014!), Fr 9-11 (INF 350 / OMZ R U014) Please note that we are now in the originally assigned room in OMZ because the other lecture has been moved!
Lecture Notes
are here.(updated version of July 16, 2014).
Slides
Motivation slides from first lecture on Wed, April 16, 2014.Excercises
Exercise: Wed 14-16 (INF 350 / OMZ R U12)
Registration via the MÜSLI system.
Exercise Sheets
Exercise 1Exercise 2
Exercise 3
Exercise 4
Exercise 5
Exercise 6
Exercise 7
Exercise 8
Exercise 9
Exercise 10
Exercise 11
Remote work in computer pool
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You can log into the computers in pool in graphics mode using ssh:
XX you need your account number. After login you should change the machine you are working on:
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Installation on your computer with linux
In Ubuntu or Debian you will need to install with sudo apt-get install following packages:
build-essential autoconf autotools-dev libtool libopenmpi-dev openmpi-bin libgsl0-dev libsuperlu3-dev libx11-dev libgl1-mesa-dev git paraview
At first download the source code from pool
scp -r npde0XX@pool.iwr.uni-heidelberg.de:../npde001/dune/ .
| Running Bash-script build.sh in directory dune you are able to install DUNE Bibliothek in version 2.3 and dune-npde modul. |
