We develop computational techniques facilitating the analysis of the dynamic properties of systems with time-dependent or parameter-varying properties.
Examples include rotating wind turbines or robotic manipulators, or systems undergoing changes on their physical properties due to fatigue/damage.
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We focus on:
- Dynamic substructuring techniques in time and frequency domain, facilitating the integration of parameter-dependencies or non-linearity in the interface or in specific sub-domains.
- Reduced order modelling methods to facilitate simulation and application of model updating procedures.
- Computationally efficient Bayesian Finite Element model updating techniques.