Title 
Summary 
Primary Author 
Date 

NEW VERSION!!! A MATLAB package of adaptive finite element methods (AFEMs) for stationary and evolution partial differential equations in two spatial dimensions.

Chen, Zhang 
20061117 

Error decay for the numeric solution of a 2D parabolic equation using the Discontinuous Galerkin Method 
Jonas Ballani 
20070423 

Solution of Poisson's equation using domain decoposition on a domain composed
of a rectangle and a semicircle with u=0 on the boundary. 
Bernd Flemisch 
20020808 

Elastoviscoplastic finite element analysis in 100 lines of Matlab. 
Carsten Carstensen 
20021204 

The program solves PDEs on a domain including a subdomain, called patchelement, wherein the solution is more precise. Start the mainfile to get the solution. One example is attached which shows the usage of the program (test.m). 
Markus Daub 
20071118 

Computes the FE error measured in the L2 and H1norm for 2D problems. (Update, much faster than the old version) 
Bernd Flemisch 
20040714 

Linear FE over an anisotropic, uniform mesh for the
Poisson equation. 
Andreas Klimke 
20020114 

In this project user defines a fem problem by denoting the nodes and kind of connectivity between the nodes, then the applied loads and nodes DOF must be specified. This program solves the problem and results the reaction forces and deflection of each nod 
Ahmad Kolahi 
20050731 

Flexible implementation of the finite element method in linear elasticity. 
Carsten Carstensen 
20021204 

The Finite Element toolbox for solid mechanics with simple GUI. 
Anton Zaicenco 
20141109 

Finite Element software for linear and quadratic finite elements in the intervel (0,1) with error computation if an exact solution is given. 
Stefan Hueeber 
20070207 

Mortar finite element on nonmatching grids for the Poisson equation. 
Talal Rahman 
20020315 

Multigrid solver for scalar linear elliptic PDEs. Beat the direct solver! 
Bernd Flemisch 
20040329 

This project simulate numerically the process of solution of orange droplet in a soup. Program is written in Matlab environment and uses a userfriendly interface to show the solution process versus time.

Ahmad Kolahi 
20050731 

This little program solves the obstacle problem on the unit square
either with a monotone Gau?Seidel method or a primaldual active set strategy or an augmented Lagrangean method. 
Stefan Hueeber 
20070706 

This program solves the obstacle probelm in 1D leading to variational inequality of first kind with the penalty method for diffferent penalty functions 
Stefan Hueeber 
20070524 

Finite element discretization using piecewise quadratic triangular elements. 
Bernd Flemisch 
20040402 

Three solution methods for perfect plasticity including the radial return algorithm, a semismooth Newton method, and an SQP method. 
Jonas Ballani 
20080625 

Solve Schroedinger equation for some sample molecules 
Ahmad Kolahi 
20050625 

This program solves the 2D simplified friction problem
on (0,1)^2 in combintaion with a penalty approach. The resulting
nonlinear equation in each step is solved by a damped Newton method. 
Stefan Hueeber 
20070530 

1Dcollisionproblem with deformable bodies: coaxial collision of cylinders, capsules or spheres. Ordinary wave equation in 1D and variants thereof. Numerical solution using FE (for spatial discretisation, "method of lines"). 
Fabian Benesch 
20110914 

A GUi to solve diffusion  transport problem with stabilization method (upwind, scharfetter gummel, strong consistent method) 
giancarlo zaccone 
20060911 

Comparison of different finite element discretizations for the
transient Maxwell's equations in a cavity. 
Ralf Hiptmair 
20021028 

gui for finite element triangulations 
Eckart Gekeler 
20020320 

Visualises linear finite element functions on unstructured triangular grids or bilinears on rectangular grids by different methods. 
Willy Doerfler 
20020308 