This thesis is about node-based shape optimization of Fluid-Structure Interaction problems. Two key elements of such a procedure are the coupled sensitivity analysis and the regularization of the design optimization problem. The gradient calculation is performed in a partitioned way using the adjoint method. A new in-plane regularization method is developed based on artificial stress fields. The performance of the mentioned features are successfully demonstrated through real engineering applications.     «

This thesis is about node-based shape optimization of Fluid-Structure Interaction problems. Two key elements of such a procedure are the coupled sensitivity analysis and the regularization of the design optimization problem. The gradient calculation is performed in a partitioned way using the adjoint method. A new in-plane regularization method is developed based on artificial stress fields. The performance of the mentioned features are successfully demonstrated through real engineering applicat...     »