~mpesz/code

THIS SITE IS PERMANENTLY UNDER CONSTRUCTION and the software available for download can change or temporarily disappear so we can make it better.
The code(s) authors are listed and the copyright to Department of Mathematics has been indicated. When using the software for your needs, please acknowledge the authors, the copyright, and the funding listed below. You are also welcome to send me an email to let us know you've used the code.
The software available through these pages includes prototypes only. For example, it works in 1D only, or with kludges and commented-out code to support testing on some elementary examples, or to promote the use for some specific applications. [Hence, the code ain't always pretty]. The code should always work on examples indicated in the header but not necessarily on all the combinations of code you would un-comment. We have full research versions available but unfortunately do not have the resources to provide documentation and/or support, so we will likely not be able to answer questions on the code. If you would like to collaborate on full research versions, and are affiliated with an academic institution as a student or researchers, please contact me so we can work out a way to do it.

Please consider visiting for a different layout od CODE and CODE CAPSULES, with lionks to github
Links
General
Research software
Code for classes
Utilities and other
Software

The software has been developed with partial support of the following grants:

  • Project NSF DMS-1522734 "Phase transitions in porous media across multiple scales" , (Total budget $383,894K), 2015-18
  • Project NSF-DMS 1115827 "Hybrid modeling in porous media" Sep. 15/2011-Aug.30/2016
  • "SOLAR: Enhanced Photovoltaic Efficiency through Heterojunction Assisted Impact Ionization" - supported by National Science Foundation, grant DMS-1035513, 2010-2013, co-PI M. Peszynska.
  • "Coupling of discrete and continuum models of metastable configurations" (Fulbright Research Scholar Fellowship, 2009-2010)
  • "Model adaptivity for porous media" supported by the National Science Foundation, DMS-0511190, 2005-2011.
  • "Modeling, analysis and simulation of preferential flow in porous media", DOE 98089, supported by Department of Energy, Office of Science, 2005-2011.
  • DeLoach Work Scholarship Program of the Oregon State University Honors College awarded to Doug Fettig, Winter 2005.
  • OSU Faculty Teaching Release for M. Peszynska, Fall 2004, Fall 2005, Fall 2010.