Scheduled presentations:

• Robust Shape Optimization of an Idealized Bypass Graft for the Minimization of Hemolysis
  *G. Bletsos (Hamburg University of Technology), T. Rung (Hamburg University of Technology)
• Adjoint-based Shape Optimization of a Ship Hull using Various Propeller Resolution Methods: Application
  *D. Andreev (Hamburg University of Technology), A. Kritikos (Hamburg University of Technology), G. Bletsos (Hamburg University of Technology), D. Hafermann (Hamburg Ship Model Basin), N. Kühl (Hamburg Ship Model Basin), T. Rung (Hamburg University of Technology)
• Optimization on Shape Manifolds with Fluid-Mechanical Applications under Uncertainty
  C. Geiersbach (Weierstrass Institute), *T. Suchan (Helmut Schmidt University), K. Welker (TU Bergakademie Freiberg)
• Adjoint-based Shape Optimization of a Ship Hull Using Various Propeller Resolution Methods: Methodological Aspects
  *A. Kritikos (TUHH), D. Andreev (TUHH), G. Bletsos (TUHH), D. Hafermann (HSVA), N. Kühl (HSVA), T. Rung (TUHH)
• Adjoint shape optimization for cardiovascular fluid-structure interaction
  *L. Radtke (Hamburg University of Technology), G. Bletsos (Hamburg University of Technology), J. Heners (Helmut Schmidt University), T. Rung (Hamburg University of Technology), A. Düster (Hamburg University of Technology)
• Limiting Descent Directions in p-Harmonic Shape Optimization
  *H. Wyschka (Universität Hamburg), P. Müller (Hamburg University of Technology), T. Rung (Hamburg University of Technology), W. Wollner (Universität Hamburg)
• Computation of the Adjoint Navier-Stokes Equations using the Discontinuous Galerkin
  *P. Müller (Hamburg University of Technology), H. Wyschka (Universität Hamburg), T. Rung (Hamburg University of Technology), W. Wollner (Universität Hamburg)