Ongoing research projects
- SOF-ML Structural optimization for fail-safe designs by machine learning
- Faster-H2 - Fuselage, Rear Fuselage and Empennage with Cabin and Cargo Architecture Solution validation and Technologies for H2 integration
- FoToImSt - Shape and topology optimization of imperfection sensitive structures with random geometry
- ProMultAx - Experimental investigation and probabilistic analysis of the load
- carrying capability of cylindrical shells subject to multiaxial loading
- SiToFoLa - Simultaneous topology, shape, and layer optimization of jointed isotropic components and fiber composite laminates considering material damage and fail-safety
Completed research projects
- SENSUS - Simulationsbasierte Entwurfsoptimierung dynamischer Systeme unter Unsicherheiten
- OCAMOS - Optimized Carbon-fiber-reinforced Additive-Manufacturing Of load-oriented Structures
- SuCoHS - Sustainable & Cost efficient High performance composite Structures
- REGIS - Realisierung additiv gefertigter Integralstrukturen
- Topologieoptimierung unter Berücksichtigung von Ausfallsicherheit
- Determination of the scatter and validation of probabilistic analyses of topologically optimized, additively manufactured titan structures
- Probabilistic analysis & design optimization of additively-manufactured lattice structures
- RobTop3D - Robuste Topologieoptimierung für 3D-Druck-Strukturen
- Entwicklung und experimentelle Validierung eines topologisch optimierten, additiv gefertigten Implantats aus Titan oder Magnesium mit vorgegebenen Steifigkeiten in verschiedene Raumrichtungen
- Thermally Resistant 3D printable Cellular Structures through Topology Optimization