News
Last class we covered also Finite Elements in class, so if you were not present, please watch the video. For the next class (March 4) , please watch the videos on Continuous systems and reduction to SDOF systems (link to videos: general page)
Old news
- The next class (Feb 25) will start at 8h30. Please watch the video on MDOF systems(link to videos: general page)
- The next class (Feb 18) will start at 8h30. Please watch the end of the video on SDOF systems, and the video on vibration sources (link to videos: general page)
- The first class is on Wednesday Feb 11 at 8h.
Content
All videos and slides related to my courses are available on this general page.
You can find the content and information specific to this class below
- Introductory slides : pdf
Wooclap sessions
- SDOF (pdf)
- Vibration Sources (pdf)
- MDOF (pdf)
- Finite Elements (pdf)
- Continuous System (pdf)
- Reduction to SDOF (pdf)
- Earthquake response spectra (pdf)
- Dynamic response computation (pdf)
- Flow Induced Vibrations (pdf)
- Vibration problems (pdf)
- Design and Remedial Measures (pdf)
- Damping (pdf)
- Tuned Vibration Absorbers (pdf)
- Isolation (pdf)
Exercises
We will be using the open software Octave (https://www.gnu.org/software/octave/), which can be downloaded here (free) : https://www.gnu.org/software/octave/download.html
For what we will be doing, the language is the same as MATLAB, so you are free to use either of the two softwares.
For the students who have never used Matlab/Octave, we advise to do the introduction session below, which is written for Matlab but fully compatible with Octave.
Please bring your own laptop with you for these exercise session.
0. Introduction to Matlab/Octave pdf / Correction pdf
1. SDOF systems and response spectra pdf / Correction m-file
earthquakes input file(.mat) . Some browers will not let you click to download, just right-click and save
2. MDOF systems pdf / Correction m-file
Project
Institutional access to NBN norms (read only): here