The research presented in this thesis was conducted as a collaboration between the University of the Bundeswehr Munich (through its Institute of Applied Mathematics and Scientific Computing and Institute of Mechanics and Statics) and the University of Stuttgart (through its Institute for Parallel and Distributed Systems). The aim of this work is to configure and validate partitioned fluid-structure interaction (FSI) frameworks using OpenFOAM (CFD) and OpenRadioss (FEM) through the preCICE coupling library, for which an OpenRadioss adapter had undergone code-level verification but had never been validated against physically relevant test cases prior to this work. Despite extensive documentation of numerous partitioned FSI benchmarks configured through preCICE, no configuration of OpenRadioss as a structural participant had been previously documented in the literature.