Penati M.E., Bertoni G., Simonini S., “Automazione e Sistemi di Controllo”, Progetto Leonardo-Esculapio. Marro Giovanni, “Controlli Automatici”, Zanichelli. THE ELECTRONIC STABILITY PROGRAM CONTROLLED BY A FUZZY  M. E. Penati and G. Bertoni, Automazione e Sistemi di controllo, Progetto. M.E. Penati*, M. Zanzi*, G. Bertoni* e-mail: [email protected]  Penati M.E., G. Bertoni: Automazione e sistemi di controllo Esculapio, Bologna, .
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Poles and zeros and their connection with time response up to second order systems to elementary signals. Home Prospective students Current students Exchange students Graduates.
Teaching Mode Traditional lectures. PC-based software Links to further information http: Nyquist diagrams and drawing rules. Routh criterion, Nyquist criterion, root locus, root contour and their utilization in the analysis and synthesis of the control systems. Identification of the HRF. Block diagram reduction and computations.
Modeling with lumped parameters. The exam will be grade over the range, with 18 the minimum to pass, 30 the maximum. Search Course unit catalogue.
87260 – DINAMICA E CONTROLLO DEI SISTEMI ENERGETICI M
Volume I e II. My e-mail for students My e-mail for staff Close. Teaching tools Classical sisteji and blackboard. Stability analysis for a system.
Automatic Controls A / — University of Bologna
Honor can be assigned. Study of the stability, dynamic response of the system. The aim of the course is to provide the necessary tools for the study of dynamic behavior and control of energy systems. Frequency response of linear systems: Search Course unit catalogue.
Resonance in second order systems. The final “30 e lode” 30 and honors is awarded if the candidate has obtained 30 in both modules and the honor in at least one of them. Frontal teaching lessons in the classroom, mainly with the help si the blackboard, related to all the topics in the program.
Complex variable domain analysis: Notes on synthesis methods: Bode diagrams, Nyquist plot Open and closed-loop systems: Systems with time delay.
The exam is in written form of the duration of about 3 hours.
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Notes and supplemetary notes on http: The course includes two parts, an introduction to the classical control theory and application to energy systems. Phase and gain margins. Bode diagrams, Nyquist plot. My e-mail for students My e-mail for staff Close.
Teaching Mode Traditional lectures. Definition and evaluation of permanent errors. Linear time invariant state space systems: Automazione e Uatomazione di Controllo.
Give now Alma orienta Job placement. Slides and audiovisual supports. Time response of high order sysmens and dominamt pole concept. Application of control theory to power plants steam turbine, hydraulic turbine, turbogascogeneration plants, heat production plants, internal combustion engines.
Definition of margin of phase and amplitude. Assessment methods The verification is carried out only by means of the final exam, there are no partial tests.
Open and closed-loop systems: Non minimum phase systems.
Time domain specification used to evaluate the response of a system. In particular the concept of transfer function, bode diagrams, stability definition and criterion, design of regulators on the basis of root locus and bode diagram are illustrated. See the website of Giulio Cazzoli. Energy systems Hydraulic, mechanical and thermal systems and components.
See the website of Paolo Pentai.