Preparation and performance of a wide spectrum of dynamic tests and measurements (shaker tests in collaboration with external partners, amongst others IABG Space Test Center)
Structural dynamics analyses for test prediction and verifications of test adapters
Preparation of reduced mass models for different notching methods for random vibration tests
Experimental approximation of interface loads (forces/moments) based on a reduced mass matrix (Guyan reduction of FE model to the acceleration sensor positions) and the measured accelerations for sine as well as random vibration tests (mass operator method, see ECSS-E-HB-32-26A)
Computation and verification of notching profiles based on the approximated interface loads (see above) for sine and random vibration tests
Determination of optimal sensor positions for the measurements of test loads