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ANDREA TOSO
Docente Interateneo
Dipartimento di Ingegneria "Enzo Ferrari"
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Insegnamento: Applied Vehicle Dynamics
Advanced Automotive Engineering (Offerta formativa 2022)
Obiettivi formativi
The main objectives are:
• module I vehicle indoor testing
• module II Race track data analysis, performance parameters
• Module III Correlation between racetrack and simulator
Prerequisiti
vehicle dynamics
the course is elective and the teaching language is English.
Students from all MUNER degrees can enroll.
'Veicoli' Master Degree students can enroll as well.
Programma del corso
The course is composed by three modules:
1. Indoor Testing of Components (springs, anti-roll bars, dampers, fixtures) and Full Vehicle (stiffness, compliance, and kinematics). 4 and 7 Post (sensors, performance index).
2. Track Data Analysis: Problems issues, data interpretation, math channels, performance index and comparison between drivers and vehicles
3. Virtual Testing: Driving Simulator: kinematics, vehicle dynamics analysis, performance, setup adjustments, driver in the loop, hardware in the loop. Correlation between track data and sim data. Driving Simulator as a tool for Design and Development. Labs
Metodi didattici
The course includes:
(i) Lectures
(ii) Lab tests
Testi di riferimento
B. Fey: Data Power; using racecar data acquisition, J.Robert Towery Publishing
Analysis Tecniques for Racecar Data Acquisition ( J. Segers SAE 2nd edition ) Dynamic Testing of Vehicles
(opt) The science of Vehicle Dynamics - M.Guiggiani ( 2nd edition )
(opt) Going Faster - Skip Barber Racing School
(nice reading) Principles of Race Driving A. Senna 1995
(nice reading) The unfair Advantage - M. Donohue Drive to Win C. Smith 1996
Verifica dell'apprendimento
Written test for modules I and III. (in the classroom)
Written report for module II (at home)
Risultati attesi
Conoscenza dei metodi di misura di componenti e di veicoli; metodi di interpretazione dei dati di pista e impiego del simulatore come struemnto di sviluppo.