Dynamics of multibody systemsChalmers University of Technology
Short description: The course will largely follow the description in Shabana's book in describing dynamical systems of bodies using co-rotating reference frames. This approach is beneficial over using generalized coordinates in a Lagrangian/Hamiltonian fashion1 because of the relative simplicity with which it allows for generalization. Programs such as ADAMS use variants of this precisely because of this versatility. The drawback of the approach is that in the derivation, the constraint equations connecting different bodies together appear as explicit constraint equations, which results in a set of differential-algebraic equations for which dedicated solution methods must be used. Describing the theory behind this will be the lion share of the material discussed during the weekly recurring lecture.
1see e g Hand and Finch, Analytical Mechanics, 1998 or the course compendium in Rigid body dynamics MMA092 for further descriptions of this approach.
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