Energy Engineering

- Systems with 1 and 2 degrees of freedom: Free and forced vibration, vibration damping. Analysis in the time and frequency domain. - Systems with N degrees of freedom, eigenvalues and eigenvectors, modal analysis - Examples of experimental analysis of vibrating structures, transducers, transfer function, identification of modal parameters; Signal analysis;

Knowledge of the fundamental concepts of dimensional analysis; unit of measure: international system - Skill of using the tools of differential and integral calculus for functions with one or more variables (Analisi 1, Analisi 2) - Knowledge and skill of using vector calculus (Geometria) - Methodologies and elements of physics (Fisica 1) - Mechanics of systems and rigid bodies (Fisica 1) - Elements of vibration mechanics (Fisica 1)

Dispense fornite dal docente

The course will take place through lectures, during which the basic theoretical topics and related problems of vibration and dynamics will be exposed. Experimental and numerical tools for the analysis and measurement of vibrations will also be presented.

Attendance is strongly recommended

In each lesson the laboratory foresees an ongoing evaluation of the work of the groups of students.

The course will take place through lectures, during which the basic theoretical topics and related problems of vibration and dynamics will be exposed. Experimental and numerical tools for the analysis and measurement of vibrations will also be presented.