1. Constitutive stress-strain laws and yield and failure criteria of
brittle materials for inelastic analyses.
2. Modern methods of solving nonlinear equations.
3. Material and geometric nonlinearities.
4. Simulation of structures and applied loadings.
5. Analysis of building structures for extreme actions such as: earthquake,
blast, tsunami waves, wind pressure, impact and progressive collapse.
6. Applications, using specialized software.
Structural analysis for extreme actions
| Code | GPOL_A_16015 |
|---|---|
| Instructor | SFAKIANAKIS MANOLIS |
| eclass | https://eclass.upatras.gr/courses/CIV1767/ |
| Teaching Hours | 3 |
| Mandatory/Optional | Elective |
| Credits ECTS | 7,5 |
| COURCE OUTLINE |
At the end of this course the student will have been familiar with knowledge related to:
• Inelastic analyses of RC framed structures, taking into account
material and geometric nonlinearities.
• Algorithms for calculating dynamic nodal and surface loads of building
structures, resulting from special load actions such as explosion,
tsunami waves, wind pressure and impact.
• Processing and interpretation of the results derived from inelastic
analyses for the above specific load actions, as well as for seismic
action and progressive collapse of buildings.
