Understanding of dynamic modelling supported by measurements
Qualification for performing and interpreting experimental modal analyses
Qualification for setting up reduced models as contributions for large-scale assemblies
Subject
Equations of motion and modal analysis of rigid rotor
Balancing of rigid rotors
Modal decomposition of torsional and bending oscillators
Balancing of flexible Rotors
Foundations of experimental modal analysis
Experimental procedure and measurement techniques
Model correlation and validation
Hydraulic modal analysis
Parameter identification by model updating
Modal reduction and substructuring
Criteria for evaluation
Oral exam
Methods
Presentation
Language
(*)Deutsch, bei Bedarf Englisch
Study material
Script; D.J. Ewins, Modal Testing: Theory, Practice and Application, Research Studies Press, 2000; M.S. Allen et al., Substructuring in Engineering Dynamics, Springer Nature Switzerland, 2020
