international benchmarking activity for systems (internal) substructuring. Substructuring methodology for transfer path analysis (BMW) n Sustructuring ideas are also used in so-called real-time hybrid testing. This special hardware-in-the-loop technique Rotor test bench with sensors to monitor defects (AM) numerically simulates structural com- ponents for which models are available, n Four-pole models of car subsystems to and exchanges in real-time forces and set component requirements (BMW) displacements on the interfaces with a real n Experimental substructuring evaluation hardware component in the lab. In such on an wind turbine testbench (Iranian an approach components can be tested in Ministery of Research, Education and real conditions, where the dynamic inter- Technology) actions with the full system is accounted n Dynamic Identifying of a multi-meg- for. We develop special computational awatt turbine direct-drive generator and control strategies based for instance using operational modal analysis on adaptive feedforward compensation (XEMC Darwind BV) techniques Projects Rotor dynamics for turbo pumps in n space propulsion systems (BaySt- MWMET) n Real-time substructuring for complex Mechanics (Statics, Elasticity and Research Focus Modeling and simulation of dynamical Dynamics) n n Technical Mechanics for Electrotech- systems n Vibration analysis and rotordynamics nique n Mechatronics and robotics n Machine Dynamics Experimental dynamics n Simulation of Mechatronical Systems n n Mechanical Vibration Lab n Vibration Measurement Lab Competence Technical Dynamics n n Finite element modeling in dynamics n n Robot Dynamics Model reduction and substructuring n n Multibody Dynamics Time integration and solvers n Structural Dynamics n Multiphysical modeling Structural Dynamics Lab n n Trajectory planning and control of n Experimental Vibration Analysis robots n Seminars in Applied Mechanics n Biped robots n Modal identification n Operational modal analysis Infrastructure Mechanical and electronic workshop n Vibration and dynamic test lab n n Robotic lab n Dynamics teaching lab Courses n
international benchmarking activity for substructuring. Sustructuring ideas are also used in so-called real-time hybrid testing. This special hardware-in-the-loop technique numerically simulates structural com- ponents for which models are available, and exchanges in real-time forces and displacements on the interfaces with a real hardware component in the lab. In such an approach components can be tested in real conditions, where the dynamic inter- actions with the full system is accounted for. We develop special computational and control strategies based for instance on adaptive feedforward compensation techniques Projects n Rotor dynamics for turbo pumps in space propulsion systems (BaySt- MWMET) n Real-time substructuring for complex systems (internal) n Substructuring methodology for transfer path analysis (BMW) Rotor test bench with sensors to monitor defects (AM) n Four-pole models of car subsystems to set component requirements (BMW) n Experimental substructuring evaluation on an wind turbine testbench (Iranian Ministery of Research, Education and Technology) n Dynamic Identifying of a multi-meg- awatt turbine direct-drive generator using operational modal analysis (XEMC Darwind BV) Research Focus n Modeling and simulation of dynamical systems n Vibration analysis and rotordynamics n Mechatronics and robotics n Experimental dynamics Competence n Finite element modeling in dynamics n Model reduction and substructuring n Time integration and solvers n Multiphysical modeling n Trajectory planning and control of robots n Biped robots n Modal identification n Operational modal analysis Infrastructure n Mechanical and electronic workshop n Vibration and dynamic test lab n Robotic lab n Dynamics teaching lab Courses n Mechanics (Statics, Elasticity and Dynamics) n Technical Mechanics for Electrotech- nique n Machine Dynamics n Simulation of Mechatronical Systems n Mechanical Vibration Lab n Vibration Measurement Lab n Technical Dynamics n Robot Dynamics n Multibody Dynamics n Structural Dynamics n Structural Dynamics Lab n Experimental Vibration Analysis n Seminars in Applied Mechanics
31-Rixen-Institute_of_Applied_Mechanics-2015.docx