Enseignement

This course deals with the complex problem of seismic evaluation of existing structures; by far more complicated than for new structures. Aims are to: - show how and why the analysis methods need improvements to be used in this context. - provide an insight of the different retrofitting methods.

Communication proficiency is one of the most important results of a good PhD and postdoc experience and it is valued equally in academia and in industry. EPFL PhD students and postdocs are expected to have excellent written, oral and graphic skills in order to transmit their ideas effectively.

Engineering computing is much more than a specialized skill that enables engineers to create programs and use commercial tools. The science of computing involves the study of representation and reasoning strategies as well as fundamental topics such as computational complexity.

Develop capabilities to determine natural frequencies of vibrating structures as well as resultant stresses and movements.

An introduction to engineering-relevant computer-science concepts that are hardware and software independent. Outcomes include knowledge of the limits of computing, improved ability to understand the true value of new developments and capabilities to effectively select good computing methodologies

Develop analytical and intuitive understanding of structural behavior.