Student Projects and Theses
(Semester- und Diplomarbeiten, Bachelor &
Master Projects)
Available Student
Projects
- Master thesis (MATH): Conververgence theory for hp-edge-BEM on
anisotropic meshes
- Master thesis (MATH): Helmholtz solver based on Lippman-Schwinger
integral equation
- Bachelor thesis (MATH/CSE):
PUM Based Wave Ray Multigrid
- Master thesis (MATH): Fourier spectral multi-trace formulation with
inexact sub-domain representation
- Master thesis (CSE/Appl Math.): Calder\'on preconditioners for acoustic and
electromagnetic boundary element methods in 3D
- Master thesis (MATH): Spectral lumping for discrete polar coordinates
- Master thesis (MATH,CSE): Simulation of non-local electrostatic effects
- Master thesis (MATH): Least Squares Based A-posteriori Error Estimators
- Master thesis (MATH,CSE): Cut-off disk technique for 2D boundary element methods
- Master thesis (MATH,CSE): Treatment of interfaces in the context of
Trefftz DG methods
- Bachelor/Master thesis (MATH): Coupling of boundary elements and discontinuous Galerkin methods
- Term project: (MATH,CSE)
Dispersion analysis of high-order schemes for the 1D wave equation,
- Bachelor thesis (MATH): Edge elements on non-conforming meshes
- Master/Bachelor thesis (MATH): Solving Dirichlet problems with low
regularity boundary data
- Bachelor thesis (MATH): Convergence of discrete rope models
- Bachelor thesis (MATH,CSE): hp-spline approximation in one dimension:
numerical study
- Bachelor thesis (MATH): Spectral approximation properties of splines and
NURBS: theory and numerical study
- Bachelor thesis (MATH/CSE): Directional preconditioning for plane-wave
discontinuous Galerkin method
- Master thesis (MATH): A priori error analysis for truncated T-matrix
method for multiple scattering
- Master thesis (MATH): Convergence of the null field method for
sound-soft scattering
- Term project (MATH): Consistent penalization of essential boundary conditions
Note: Most projects are suitable for both students of
mathematics and
computational
science and engineering.
A successful diploma
project/term project involves:
- A written report covering a description of the problem,
details of the mathematical and numerical techniques, a thorough
account
of all results, and an assessment of the findings (for term projects
this report can be rather brief, for diploma projects it should meet
the requirements for a scientific publication).
- An oral presentation (15-45 min): Term projects for
students of CSE will be presented in the lecture series "Fallstudien".
Term projects of students of other subjects will be presented at SAM.
Slides for the presentation should be prepared electronically. To
create
slides with LaTeX use the Beamer package.
- A well documented code provided with a wrapper that assists
in re-conducting all the numerical/computational experiments.
|