Damage monitoring of structures and infrastructures

The course covers various topics in structural diagnostics with specific applications to procedures for identifying the state of health of structures under static and dynamic conditions. Considerable effort will be made to make the course accessible to students, despite the complexity of some of the topics covered and taking into account the basic knowledge of the audience. Realistic examples will be used to demonstrate the physical interpretation of the results obtained and the practical professional approach.

The course includes both theoretical lectures and exercises using advanced tools. 

A basic knowledge of mathematical analysis courses and structural mechanics courses is essential

The course's objective is to introduce students to the issues related to the safety analysis of structures and infrastructures through monitoring strategies geared toward the structural response of existing structures under normal operating conditions or following unexpected events that may have caused damage (seismic actions, foundation settlements, exceptional loads, extreme weather events, etc.). The course will cover basic statics and an introduction to structural dynamics, as well as a discussion of the nonlinear behavior of masonry and reinforced concrete structures. The course will have a strong applied focus; students will be introduced to the intelligent use of structural codes and the interpretation of static and dynamic monitoring results.

The course in one semester worth a total of six credits. Classroom exercises are included and will be considered useful for the learning process. The exam consists of an assigned in-depth work on a specific individual topic and a final oral exam.