Professor: Marcello Vanali
Tutor: Dr Carlotta Rossi
- Docente: MARCELLO VANALI
MAIN TOPIC FOR THIS COURSE
Vehicle and powertrain classification, Pros and Cons for different cars, Chassis Requirements.
Decision Matrix Approach, V-shape development, Standard development plan for a car and for components, DVP&R and Statistics approach to validation, Main workflows in a car development
Variants used in automotive and decision
matrix; Basic description of components, main force to consider to size
suspension elements, which mission profile for which car, evolutional trends
for suspension
Basic description and requirements, main parameters used to size, integration with Hi-Level control module for Ride & Comfort (shock absorber and air springs)
Braking system description, basic requirements for an automotive application, main parameters used to size brakes, Modulation system (ABS, ESP, VDC), ADAS special requirements, Brake-by-Wire additional requirements
Steering system description, basic requirements for an automotive application, main parameters used to size steering, EPS, AWS, ADAS special requirements, Steer-by-Wire future trends and additional requirements to understand
From Suspension Kinematic to Components CTS
The lectures focus on management of competitions with racing cars on asphalt on closed track, both sprint and endurance, with formula, prototypes and GT cars.
The course aims at making the student able to understand the dynamics of track engineering management: work in a team and teamwork, organization of team of technicians and mechanics , analysis of performance differentiators, preparation and management of events on the track (test and race), analysis of the regulations, knowledge of the vehicle adjustment parameters and their influence on performance and driveability, tire management, race strategies.
The course will be held at Dallara Academy; live streaming will be available on request.