To the courses offered by the Chair of Structural Analysis (Ilias Portal - internal)Courses
Bachelor's Degree
- Statics I - statically determinate structures
- Statics II - statically indeterminate structures
- Statics III- Plane thin surface structures
Master's Degree
- Nonlinear structural mechanics
- Finite elements in civil engineering
- Mechanics of shell structures
- Infrastructure for military missions and Protection of infrastructure
- Structural dynamics and earthquake engineering
- Material Laws and Numerical Simulation Methods for Highest Strain Rates
Proposals for Bachelor/Master Theses
Proposals for bachelor and master theses
Bachelor:
- Implementation of principal stresses and principal stress trajectories in FEM
- Numerical calculation of profile properties
- Development of a graphical user interface (GUI) for a finite element analysis program
- Floating solar power systems
- Phase-field modeling of fracture
- Application of artificial neural network to enhance finite element contact simulations of fused filament fabrication
- Experimental investigation of the influences of different 3D printing parameters
- Investigation of the 4D effect induced by FFF printing
- Investigation of residual stresses in 3D printing
- Numerical Simulation of 3D Printing Processes
- Artificial intelligence in structural mechanics
- Nonlinear beam statics: theory and experiment
- Linear and nonlinear calculation of rotordynamic problems
- Recycling 3D printed parts and converting them into filament for reuse
Master:
- Shell statics: theory and experiment
- Introduction of randomly distributed imperfections for the stability analysis of circular cylindrical shells
- Coupling of isogeometric Reissner-Mindlin shell elements
- Experimental investigation of thermo-mechanical relationships in the Fused Filament Fabrication (FFF) 3D printing process
- Matlab GUI for frame calculation - Design and implementation of a user-friendly graphical user interface (GUI) for an existing Matlab program for the calculation of frame structures
- Phase-field modeling of fracture
- Development of a graphical user interface (GUI) for a finite element analysis program
- Evaluation of contact formulations in OpenRadioss
- Implementation of a Matlab program for calculating shells of revolution using membrane theory
- Classification of damaged bridges for military standard loads using isogeometric analysis (IGA)
- Finite element simulation on 3D geometry scanned with computer tomography
- Linear and nonlinear calculation of rotordynamic problems