Prof. Gabriele Bellani

Argomenti del programma: Dynamical systems analysis and control Continuous-time dynamical systems. Introduction to dynamical systems. Movement vs. equilibrium, linearization, stability. Laplace transform and transfer functions. Laplace transform. Transfer function of a linear dynamic system. Definition of system dynamical modes. Sub-systems and composition of block diagrams. Stability and elementary response. Stability of a linear system.

• Teacher's slides and notes avaliable on e-learning platform
• Fundamental aspects of fluid mechanics and Aerodynamics will be treated as prior knowledge. Those in need of reviewing them are recommended to review specific material such as:

Argomenti del programma: Course contents The course provides the fundamental knowledge required to plan, perform and critically evaluate experiments in aerodynamics and fluid dynamics. Aerodynamic applications constitute the main reference framework, with selected examples relevant to hydrodynamics and naval engineering. The course is organised into three main sections. 1.

• Teacher's slides and notes avaliable on e-learning platform
• Fundamental aspects of fluid mechanics and Aerodynamics will be treated as prior knowledge. Those in need of reviewing them are recommended to review specific material such as:

Argomenti del programma: Course contents The course provides the fundamental knowledge required to plan, perform and critically evaluate experiments in aerodynamics and fluid dynamics. Aerodynamic applications constitute the main reference framework, with selected examples relevant to hydrodynamics and naval engineering. The course is organised into three main sections. 1.