numerical simulation

The project provides Python tool-chain and shell scripts for molecular simulation workflows: preparation, running and analysing molecular dynamics (MD) simulations of bio- and organic soft condensed matter.

Template Numerical Library https://tnl-project.org/

Computational chemistry with multilayer fragment methods

Simulation d'Orbites, de Lancement SpaTIal Comme outil d'Enseignement Simulation of Launches, Trajectories, and Integrated Calculations for Education

This Beta Repo contains unsupported, preliminary code that builds off the official USGS repository: https://code.usgs.gov/modflow/mf-owhm

All files and commits in this repository are preliminary and have no warranty or support.

Current Beta Downloads:

Beta mf-owhm.exe

Full Beta Download

The readme.md and most of the markdown documents are unmodified from the original respository. Only source code modified and the compiled binaries reflect that code.

The version number should be included in the commit name, something like v2.3.X-bY where X is the current USGS patch number from their official page and Y is the current beta version that builds off of the patch.

For source development, commits are stable in the develop branch, but the beta branch is rebased/squashed to remove the old executable each time a new one is made (no permanent storage of unsupported releases).

Welcome to fpakc (Finite element PArticle Kinetic Code), a modern object oriented Fortran open-source code for particle simulations of plasma and gases.

OBLiX (OBject Library eXecutor) is a C++ framework (and/or) library designed to perform complex and heterogeneous numerical simulations/operations easily.

Implementation of the Mixed Hybrid Finite Element Method using the Template Numerical Library

Ph.D. Thesis

Datasets of exact solutions for numerical PDE, which are generated by 1-order methods in finest grids