Theses

Research on various topics is done within final theses at the ISD. If you are interested in a final thesis related to our research topics, take a look at the current thesis opportunities below or visit our research pages.

Final Theses

Computational Biomechanics

General subjects:

Numerical Simulation of Liquid-Filled, Fibre-Reinforced Materials

Numerical Simulation of Growth Effects in the Human Liver

Simulation of Function-Perfusion Processes in the Human Liver

Hybrid Data- and Knowledge-Driven Methods in Liver Modeling

Specific subjects:

[BACHELOR] Aufbau eines In-silico-Modells mit der Theorie Poröser Medien (TPM) zum Versuchsabgleich von Steifigskeitsmessungen

[MASTER] Coupling of macro and micro scale in a continuum-biomechanical model of the human liver using preCICE

[MASTER] Derivation and implementation of a multiphase model for the description of diseases in the liver

[MASTER] Evaluierung eines numerischen Code-Generierungstools zur Verwendung in der Theorie Poröser Medien (TPM)

Numerics and Model Order Reduction

General subjects:

Model Reduction for Deformable Porous Materials of Thin Structure

Specific subjects:

[MASTER] A Hybrid Reduced-Order Parallelization-in-Time Approach for Thin Porous Materials

Optimization & Uncertainty Quantification

Uncertainty quantification and sensitivity analyses for FEM-based models

Experimental Mechnics & Environmental Simulation

Experimental Mechanics:

Optimizing Energy Absorption of 3D-Printed Auxetic Cylindrical Structures

Environmental Simulation:

Development of a micro-macro linking scheme for liquid-to-solid phase transition by the example of Antarctic sea ice formation

Machine Learning & Quantum Computing

General subjects:

Hybrid Data- and Knowledge-Driven Methods in Liver Modeling

Specific subjects:

[MASTER] Generative Networks for Designing Auxetic Materials Maximizing Poisson Ratio

Final Theses

Computational Biomechanics

Numerics and Model Order Reduction

Optimization & Uncertainty Quantification

Experimental Mechnics & Environmental Simulation

Machine Learning & Quantum Computing

Contact

Nicola Oster

Audience

Formalities

Services

Organization

Theses

Final Theses

Computational Biomechanics

Numerics and Model Order Reduction

Optimization & Uncertainty Quantification

Experimental Mechnics & Environmental Simulation

Machine Learning & Quantum Computing

Contact

Nicola Oster

You can reach us here

Audience

Formalities

Services

Organization