Dear Dumux-Users,

We are happy to announce the public availability of our module 
DuMuX-Lecture. You can svn-checkout the trunk by

svn checkout --username=anonymous --password='' 
svn://svn.iws.uni-stuttgart.de/DUMUX/dumux-lecture/trunk dumux-lecture

and build it like you build DuMuX, with the only difference that 
DuMuX-Lecture depends on DuMuX. Replacing "trunk" above by "tags/2.4.0" 
gives you a snapshot that for sure is compatible with the DuMuX 2.4 
release.

DuMuX-Lecture contains several numerical examples for modeling flow and 
transport processes in porous media. The examples are used in the 
lectures of our group at the University of Stuttgart. Please find an 
overview below.

We hope that you find some examples useful for your own lectures or 
research. As usual, any feedback from your side is highly appreciated. 
Be aware that currently DuMuX-Lecture is not tested in an automated way. 
We will improve testing in the near future.

Kind regards
Bernd Flemisch
on behalf of the DuMuX development team


The examples are contained in subfolders of the folder "lecture." Each 
subfolder usually contains a Latex description in a subfolder 
"description," that can be compiled by pdflatex. The examples are the 
following:

- efm: Environmental Fluid Mechanics
   * 1p2c_2p_2p2c: Advection, diffusion, dissolution - a time scale 
evaluation
   * 1p2cvs2p: Contaminant flow in one-phase as well as in immiscible 
two-phase systems
   * 2p: A lens problem - two-phase flow with capillary pressure

- mhs: Modeling of Hydrosystems
   * groundwater: Stationary groundwater flow

- mm: Multiphase Modeling
   * buckleyleverett: The Buckley-Leverett problem
   * co2plume: The shape of a CO2 plume
   * columnxylene: Steam injection into a NAPL-contaminated sand column
   * convectivemixing: Convective mixing
   * heatpipe: The heatpipe effect
   * henryproblem: Salt-water intrusion into an aquifer
   * mcwhorter: The McWhorter problem
   * naplinfiltration: NAPL infiltration
   * remediationscenarios: Comparison of three remediation scenarios

-- 
_______________________________________________________________

     !!!! CMWR 2014: 10th - 13th June 2014 in Stuttgart !!!!
                   Please visit www.cmwr14.de
_______________________________________________________________

Bernd Flemisch                         phone: +49 711 685 69162
IWS, Universität Stuttgart             fax:   +49 711 685 60430
Pfaffenwaldring 61            email: [email protected]
D-70569 Stuttgart            url: www.hydrosys.uni-stuttgart.de
_______________________________________________________________

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