Past projects and theses
Past Master theses
The following is a list of past Master theses written at our Chair.
- Anastasios Kallieros, Kernel-based sensitivity analysis techniques for uncertainty quantification, 2024
- Tobias Filiberti, Reducing the cost of concrete structures using RBDO, 2022
- Pietro Parisi, Active learning for system rare event estimation, 2021
- Fabian Keller, Surrogate modelling for multiscale thermal simulation of powder-bed additive manufacturing, 2020
- Riccardo Arrigoni, Uncertainty propagation and sensitivity analysis in hydrology, 2020
- Florian Schmid, A new moment-independent measure for reliability-sensitivity analysis, 2018
- Philippe Wiederkehr, Global Sensitivity Analysis with Dependent Inputs, 2018
- Matteo Berchier, Multi-fidelity surrogate modelling with polynomial chaos expansions, 2016
- Alessandra Eicher, Bayesian multilevel model calibration of a simplified dam breach model, 2014.
Past Bachelor theses
The following is a list of past Bachelor theses written at our Chair.
- Yan Thill, Python-based structural design tool for a simply supported concrete beam - Jupyter notebook, 2019
Past semester projects
The following is a list of past semester projects conducted at our Chair.
- Thomas Durrer, Extension of a Python-based structural design tool, 2024
- Lars Müller, Improved cross-entropy importance sampling, 2024
- David Büeler, Physics-constrained polynomial chaos expansion, 2024
- Maxime Lanter & Antonia Schittich, Cross-entropy importance sampling, 2023
- Philip Schnabel, Polynomial chaos expansion for dependent inputs, 2022
- Prijanthy Panchadcharam, Extension of python-based design tool, 2021
- Raphael Sieber, Optimization of truss structures, 2021
- Matthias Schneider, Python-based structural design tool, 2021
- Pietro Parisi, Meta-ensembling: Ensemble methods for metamodelling, 2020
- Riccardo Arrigoni, Partial least squares for polynomial chaos expansions, 2019
- Marco Zumstein & Raphael Fässler, Python-based structural design tool - concrete design, 2019
- Minxiang Gao, Reliability-based design optimization of truss structures using surrogate models, 2019
- Lukas Bachmann & Alexander Hammett, Python-based structural design tool - Jupyter notebook, 2019
- Urias Morf & Mingpeng Zhu, Python-based structural design tool - FE code, 2019
- Andrin Kapser, Weighted average Monte Carlo simulation for reliability analysis, 2018
- Elena Giacomazzi, Directional importance sampling method for reliability analysis, 2018
- Viviane Rogenmoser, Reliability-based design optimization of truss structures, 2018
- Florian Schmid, Line sampling for reliability analysis, 2017
- Jochen Rieger & Stephane Tobler, Optimization of truss structures, 2017
- Kleio Sampatakaki, Asymptotic sampling for reliability analysis, 2017
- Matthias Reutimann, Calibration of partial safety factors for assessing the durability of concrete structures, 2015
- Raphael Wegmann, Reliability Analysis with Subset Simulation, 2015
- Charel Eicher, Reliability analysis of ten-story reinforced-concrete building, 2014
- Dimitrios Piskas, Kriging estimation methods for structural reliability, 2013