Flexible multibody dynamics refers to the computational strategies used to determine time histories of motion & deformation of interconnected components subjected to large overall motion. Examples are robots, vehicles, mechanisms, machines, etc. Frequently, interactions between mechanics and other computational domains must also be considered. This thesis aims to advance the integration of flexible multibody dynamics with other domains of interest, including electromagnetics, thermo-viscoelasticity, and acoustics.
- Strong motivation and deep interest in engineering dynamics are of key importance.
- Experience in one or more of the following topics won't hurt: Multibody Dynamics, Finite Element Method, Model Reduction, Python/Matlab, Acoustics, Structural Dynamics, Electromagnetics, Heat Transfer