| Introduction to Probability and random variables | Lecture1 | Lecture Notes | 247 kb |
| Introduction to Probability and random variables | Lecture2 | Lecture Notes | 408 kb |
| Introduction to Probability and random variables | Lecture3 | Lecture Notes | 506 kb |
| Introduction to Probability and random variables | Lecture4 | Lecture Notes | 908 kb |
| Introduction to Probability and random variables | Lecture5 | Lecture Notes | 365 kb |
| Introduction to random processes | Lecture6 | Lecture Notes | 646 kb |
| Introduction to random processes | Lecture7 | Lecture Notes | 397 kb |
| Introduction to random processes | Lecture8 | Lecture Notes | 384 kb |
| Introduction to random processes | Lecture9 | Lecture Notes | 303 kb |
| Random vibrations of sdof systems | Lecture10 | Lecture Notes | 436 kb |
| Random vibrations of sdof systems | Lecture11 | Lecture Notes | 354 kb |
| Random vibrations of sdof systems | Lecture12 | Lecture Notes | 846 kb |
| Random vibrations of mdof systems | Lecture13 | Lecture Notes | 2227 kb |
| Random vibrations of mdof systems | Lecture14 | Lecture Notes | 445 kb |
| Random vibrations of mdof systems | Lecture15 | Lecture Notes | 627 kb |
| Random vibrations of mdof systems | Lecture16 | Lecture Notes | 488 kb |
| Failure of randomly vibrating systems | Lecture17 | Lecture Notes | 870 kb |
| Failure of randomly vibrating systems | Lecture18 | Lecture Notes | 426 kb |
| Failure of randomly vibrating systems | Lecture19 | Lecture Notes | 307 kb |
| Failure of randomly vibrating systems | Lecture20 | Lecture Notes | 299 kb |
| Markov vector approach | Lecture21 | Lecture Notes | 215 kb |
| Markov vector approach | Lecture22 | Lecture Notes | 287 kb |
| Markov vector approach | Lecture23 | Lecture Notes | 657 kb |
| Markov vector approach | Lecture24 | Lecture Notes | 267 kb |
| Markov vector approach | Lecture25 | Lecture Notes | 317 kb |
| Monte Carlo simulation approach | Lecture26 | Lecture Notes | 299 kb |
| Monte Carlo simulation approach | Lecture27 | Lecture Notes | 757 kb |
| Monte Carlo simulation approach | Lecture28 | Lecture Notes | 454 kb |
| Monte Carlo simulation approach | Lecture29 | Lecture Notes | 2947 kb |
| Monte Carlo simulation approach | Lecture30 | Lecture Notes | 1895 kb |
| Monte Carlo simulation approach | Lecture31 | Lecture Notes | 197 kb |
| Probabilistic methods in earthquake engineering | Lecture32 | Lecture Notes | 436 kb |
| Probabilistic methods in earthquake engineering | Lecture33 | Lecture Notes | 374 kb |
| Probabilistic methods in earthquake engineering | Lecture34 | Lecture Notes | 301 kb |
| Probabilistic methods in earthquake engineering | Lecture35 | Lecture Notes | 418 kb |
| Fatigue failure & Vibration energy flow models | Lecture36 | Lecture Notes | 511 kb |
| Problem solving sessions | Lecture37 | Lecture Notes | 357 kb |
| Problem solving sessions | Lecture38 | Lecture Notes | 272 kb |
| Problem solving sessions | Lecture39 | Lecture Notes | 567 kb |
| Problem solving sessions | Lecture40 | Lecture Notes | 1024 kb |
