- Professor: Johannes Natterer
- Teacher: Bastien Fuhrer
- Teacher: Edouard Thoumas
- Professor: Othmar Müntener
- Professor: Othmar Müntener
- Professor: Jonas Vanardois
- Professor: Jonas Jacques Marcel Vanardois
- Professor: Marie Violay
- Teacher: Antoine Guggisberg
- Teacher: Karin Andrea Hofer Apostolidis
- Teacher: Francesco Lazari
- Teacher: Andrea Mazzeo
- Teacher: Basile Ménassol
- Teacher: Cindy Mikaelian
- Teacher: Franco Matías Robbiano Muñoz
- Professor: Jean-François Molinari
- Teacher: Antonio Joaquin Garcia Suarez
- Teacher: Anne-Françoise Suter
- Teacher: Xinyuan Yang
Résumé
Les étudiants comprennent le comportement mécanique de la roche intacte, des joints et des massifs rocheux et savent déterminer les facteurs influençant un projet. Ils savent utiliser les méthodes appropriées pour analyser et dimensionner l'excavation et le soutènement des ouvrages souterrains.
Résumé (en)
The students understand the mechanical behaviour of rock materials, joints and rock masses, and are able to determine the factors conditioning civil engineering applications. They are able to use appropriate methods for carrying out analysis and design of tunnel excavation and support.
- Professor: Federica Sandrone
- Professor: Marie Violay
- Teacher: Antoine Guggisberg
- Teacher: Karin Andrea Hofer Apostolidis
- Teacher: Francesco Lazari
- Teacher: Basile Ménassol
- Teacher: Franco Matías Robbiano Muñoz
- Professor: Mirko Musa
- Teaching Team: Louise Cayroche
- Teaching Team: Gaspard André Jules Devaux
- Teaching Team: Axel Loïc Giboulot
- Teaching Team: Clemente Gotelli
- Teaching Team: Antonio Magherini
- Teaching Team: Vadim Paccaud
- Teaching Team: Walter Antonio Yana de la Riva
- Professor: David Michael Volpe Ruggiero
- Teacher: Ahmad Abdulrahman Ahmad Majdouba
- Teacher: Elias Merhi
- Professor: Nikolaos Geroliminis
- Teacher: Batuhan Avci
- Teacher: Marko Maljkovic
- Teacher: Marko Susnjar
- Teacher: Minru Wang
Advanced topics in structural stability. Static and dynamic loads; elastic & inelastic buckling of columns; beam-columns; lateral-torsional buckling; nonlinear geometric effects; structural stability in the design codes; case studies include real-world applications of stability theory.
- Professor: Andreas Ammann
- Professor: Arthur Paul Antonin Carmès
