— Random Vibrations
Probability theory; stochastic processes/random fields (time/frequency domain description, stationarity, mean square calculus, multivariate processes); response of linear systems under stochastic excitations (single-/multi-DOF systems, time/frequency domain, state space approach); reliability-based structural design (first-excursion and fatigue failures); applications to earthquake and wind engineering.
Prerequisites & course information
Course Description: Probability theory; stochastic processes/random fields (time/frequency domain description, stationarity, mean square calculus, multivariate processes); response of linear systems under stochastic excitations (single-/multi-DOF systems, time/frequency domain, state space approach); reliability-based structural design (first-excursion and fatigue failures); applications to earthquake and wind engineering. Learning Activities: Lecture 4 hour(s). Grade Mode: Letter. Learning Activities: Lecture 4 hour(s). Grade Mode: Letter.
Sources
- Course catalogue ↗2026-2027