The SENSUS project is devided into following six subprojects:
- Developement of an efficient method for considering stress constraints in static optimization under uncertainty
- Continuous Adjoint-Based Shape Optimization for the Minimization of Blood Damage in Biomedical Applications
- Efficient algorithms for PDE and VI constrained shape optimization problems under uncertainties
- A partitioned solution approach for (the) adjoint shape optimization of artificial blood vessels
- Optimization of flexible multi body systems under stress constraints
- A shape optimization approach towards scalable algorithms allowing large deformations