Basics of structural dynamics

1. Dynamics tasks in the building industry. Applicability of dynamic tasks.
2. Calculation models. Coordinate systems. Degrees of freedom.
3. Definition of basic terms: rigidity, compliance, attenuation, linear and non-linear oscillation, ďAlembert principle.
4. Dynamic loading.
5. Oscillation of systems with one degree of freedom - attenuated and non-attenuated free oscillation.
6. Oscillation of systems with one degree of freedom - attenuated and non-attenuated forced oscillation.
7. Oscillation of systems with n degrees of freedom – free and forced oscillations.
8. Applying computational methods in solutions to dynamic tasks.
9. Adjustment of dynamic systems.
10. Free oscillation of a rod with continuously distributed mass.
11. Forced oscillation of a rod with continuously distributed mass.
12. Koloušek’s deformation method.
13. Effects of impulse loading.
14. Effects of surge loading.