Nanotechnology Engineering | Course catalogue

DYNAMIC CHARACTERIZATION OF MICRO-NANO STRUCTURES Single channel

Chair (Coordinator) and Rapporteur: WALTER LACARBONARA

Module 1: Dynamics of micro-nano structures

Activity type: Attività formative affini o integrative
SSD: ICAR/08
Year: 2nd year
Semester: 2nd semester
CFU: 3
Hours distribution: 30 classroom hours
Lecturers: BIAGIO CARBONI

Module 2: Laser scanning vibrometry

Activity type: Attività formative affini o integrative
SSD: ICAR/08
Year: 2nd year
Semester: 2nd semester
CFU: 3
Hours distribution: 30 classroom hours
Lecturers: WALTER LACARBONARA

Objectives

The course provides the basic theoretical knowledge on the linear dynamic behavior of discrete and continuous systems and aims to provide classical and advanced experimental notions for the characterization of micro-nano structures in the time and frequency domain. Students will learn the main methodologies for the study of the dynamic response of discrete systems with one and multiple degrees of freedom and for the modal characterization of micro-nano continuous structures subject to different constraint conditions. The theoretical and applied computational study activities will be accompanied by laboratory sessions to put into practice the knowledge gained through a direct (design) or reverse (identification) approach and using classical and more advanced acquisition techniques such as laser scanning vibrometry.