17353 - Laboratory of Aeronautical Structures

Learning outcomes

At the end of the course the student gains knowledge about numerical methods for structural analysis, with particular reference to FEM (Finite Elements Methods), non-destructive tests and experimental tests.

Course contents

• Introduction to numerical methods for structural analysis.
• Introduction to materials' testing.
• Finite Elements Methods: general introduction and main applications.
• Practical examples on the use of FEM for aeronautical components.
• Examples of topological optimization of structural components.

Readings/Bibliography

Slides and lecture notes

Teaching methods

Theory and Hands-On Lectures.

Students will work in small teams to a design/optimization problem for aeronautical structural components.

Attendance of this course requires all students to complete Modules 1 and 2 of the Health and Safety Training for Study Environments in e-learning mode before participating in the course.

Assessment methods

Students are required to submit, at the examination, a presentation illustrating the solution to the assigned project, together with all the assignments completed during the course.

A Pass is awarded provided that the project meets the minimum required standard and all assignments have been completed correctly.

In accordance with the University Code of Ethics (Codice Etico di Ateneo), students’ attention is drawn to the obligation to adopt conduct based on the highest standards of integrity.
Any activity that may compromise the proper conduct of examinations is prohibited, including but not limited to:

• cheating and plagiarism;
• access to online learning resources;
• use of artificial intelligence tools;
• use or possession of unauthorized materials or equipment.

It is specified that the mere possession of unauthorized tools or materials during the conduct of any examination results in the immediate invalidation of the submitted work and notification to the competent offices.

Any conduct in violation of the above provisions may result in disciplinary proceedings and, where criminal relevance applies, reports to the competent authorities, with the consequent risk of criminal proceedings being initiated against the students involved.

Teaching tools

Material testing facilities.

CAD software in Computer Lab.

FEM software in Computer Lab.

Topological Optimization software in Computer Lab.

Office hours

See the website of Sara Bagassi