-
News -
People
-
Facilities
-
Research -
Active and regenerative shock absorbers
-
Active magnetic bearings
-
AI-based battery modeling and monitoring
-
Autonomous driving and AI for automotive
-
Electric and hybrid powertrains
-
Electrodynamic bearings
-
Mechatronic systems for mountain safety
-
Rotordynamics -
Vehicle dynamics and vehicle architectures
-
Vibration and motion control
-
-
Collaborations
-
Student Teams
-
Publications
-
Contact
Rotordynamics
Dynamics of rotating systems, modelling and experimental validation of flexible rotors and components of rotating machinery, experimental analysis of high-speed rotors and flywheels.