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Second founding phase

Gruppenfoto_JT_2020

Subproject 1 — Prof. Balzani, RU Bochum
- New Methods for Reliability-Based Design Optimization of Multiphase Steel Components
Subproject 2 — Prof. Bletzinger, TU München
- The Method of Generalized Influence Functions – Adjoint Sensitivity Analysis for the Effective and Efficient Numerical Design of Structures with special Application for Reliability and Uncertainty Modelling
Subproject 4 — Dr. Eigel, Prof. Hömberg, Weierstraß-Institut Berlin, Prof. Petryna, TU Berlin
- Multi-scale failure analysis with polymorphic untertainties for optimal design of rotor blades
Subproject 6 — Prof. Meschke, RU Bochum, Prof. Freitag, KIT
- Optimization approaches for robust and durable reinforced concrete and fibre concrete structures under consideration of scale bridging polymorphic uncertainty modelling
Subproject 8 — Prof. Graf, Prof. Kaliske, TU Dresden
- Structural design of reinforced concrete based on multiscale modelling and polymorphic uncertainty
Subproject 9 — Prof. Graf, Prof. Kaliske, TU Dresden
- Multi-objective optimization of wooden structures with polymorphic uncertain parameters
Subproject 10 — Prof. Grasedyck, RWTH Aachen
- Efficient Numerical Treatment of Polymorphic Uncertainty by Hierarchical Tensors
Subproject 12 — Prof. Ickstadt, TU Dortmund, Prof. Ricken, Uni Stuttgart
- Polymorphic uncertainty modeling for stability quantification of fluid saturated soil and earth structures
Subproject 13 — Prof. Lahmer, Prof. Könke, Bauhaus-Universität Weimar
- Polymorphic uncertainty modeling of a 3D printing process of concrete
Subproject 14 — Prof. Leyendecker, Uni Erlangen-Nürnberg
- Dynamic analysis of prosthetic structures with polymorphic uncertainty
Subproject 15 — Prof. Mahnken, Uni Paderborn
- Fuzzy-stochastic methods for polymorphic uncertainty in lightweight structures
Subproject 17 — Prof. Reese, RWTH Aachen
- Model order reduction in space and parameter dimension - towards damage-based modeling of polymorphic uncertainty in the context of robustness and reliability
Subproject 18 — Prof. Steinmann, Prof. Willner, Uni Erlangen-Nürnberg
- A hybrid Sampling-Stochastic-Finite-Element-Method for polymorphic, microstructural uncertainties in heterogeneous materials
Subproject 20 — Prof. Weinberg, Uni Siegen
- A stochastic approach to damage evolution in die-cast zinc alloys
Subproject 24 — Prof. Proppe, Universität Karlsruhe
- Multi-fidelity structural reliability analysis with polymorphic uncertainty - application to fatigue lifetime prediction for structures made of metal foam
Subroject 25 — Prof. Neukamm, TU Dresden, Prof. Dondl, Universität Freiburg,
Dr. Luo, TU Dresden
- Efficient Uncertainty Modeling for Additively Manufactured Polymer Scaffolds in Bone Tissue Engineering

Selenge Höpfner

Last modified: Sep 30, 2022