Learning objectives
At the end of the course the student should know very well the mechanics of the rigid body, should be able to relate the experimental results with the theoretical ones, and should be able to apply their theoretical knowledge to the concrete applications. But, above all, the student have to be able to formulate self-evaluations about phisical phenomena, even the most complex.
Prerequisites
The Rational Mechanics course.
Course unit content
The course is structured in two parts. In the first one we complete the study of the rigid body mechanics, that in the Rational Mechanics course includes only dynamical plane systems. In the second part, we provide the basic concepts of the Analytical Mechanics (Lagrange equations) and of the Stability Theory (Liapunov's direct method).
Full programme
Kinematics of the rigid body - finite rigid displacements - principal axis of inertia - momentum and kinetic energy: Konig's theorems - conservation of the mechanical energy - mechanics of the constrained element - mechanics of the free and constrained rigid body - Lagrange's equations - Lyapunov stability.
Bibliography
As well the duplicate notes provided by the lecturer, the following texts are reccomended: P.Biscari,T.Ruggeri,G,Saccomandi,M.Vianello "Meccanica Razionale per l'ingegneria" - G.Frosali, E.Minguzzi "Meccanica Razionale per l'ingegneria" - N.Rouche, P.Habets, M.Laloy "Stability Theory by Liapunov's direct Method".
Teaching methods
The course consists of lectures, of which a significant proportion will be devoted to examples and pratical work.
Assessment methods and criteria
Oral exam (theory questions, application of theory also to original problems and speaking ability).
Other information
- - -
2030 agenda goals for sustainable development
- - -
