|Title||Shape Optimization for Fluid-Structure Interaction|
|Project(s)||No Simula project|
|Publication Type||PhD Thesis|
|Year of Publication||2020|
|Degree awarding institution||Technical University of Munich|
In this thesis, shape optimization for unsteady fluid-structure interaction problems via the method of mappings is investigated theoretically and numerically. New existence and regularity results are proven. A framework for deriving differentiability for the solution of nonlinear, unsteady, parameter-dependent partial differential equations is developed and applied to show differentiability of the states with respect to domain variations.