Code: | EM31238 | ||||||||||||||||||||||||||
Acronym: | SMV | ||||||||||||||||||||||||||
Section/Department: | DEM - Department of Mechanical Engineering | ||||||||||||||||||||||||||
Semester/Trimester: | 1st Semester | ||||||||||||||||||||||||||
Courses: |
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Teaching weeks: | 15 | ||||||||||||||||||||||||||
Weekly workload: |
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Head: |
Paulo Jorge Pires Moita |
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Lectures: |
Paulo Jorge Pires Moita João Tiago Pereira Duarte |
Portuguese
The student should understand, interpret and explain the following matters: the influence of the mass
distribution on the vehicle’s dynamic behaviour; the different possible configurations of the steering,
suspension, braking and transmission subsystems and their influence on the vehicle’s dynamic behaviour.
1. Introduction to vehicle dynamics.
2. Steering and suspension systems
3. Braking system
4. Transmission system
rFactor
Motec I2 Pro. Software de telemetria.
Technological sciences > Engineering > Mechanical engineering > Vehicle engineering > Passive safety of vehicles
Technological sciences > Engineering > Mechanical engineering > Vehicle engineering > Active safety of vehicles
Theoretical-practical lessons: explanation of the concepts contained in the syllabus followed by problem
solving related to those same matters. Laboratory classes: the students will use a driving simulator to evaluate
the influence on the vehicle dynamics of the various configurations and setups of the transmission, brake,
suspension and steering systems. The various components of the vehicle subsystems will be shown in the
laboratory.
Continuous evaluation with a final examination.
FM=0.4*CE+0.4*FE
T.D. Gillespie;Fundamentals of Vehicle Dynamics, SAE. ISBN: 1-56091-199-9 |
D.L. Milliken;Race Car Vehicle Dynamics, SAE. ISBN: 1-56091-526-9 |
Racecar Vehicle dynamics
William F. Milliken, Douglas L. Milliken
SAE international
Fundamentals of Vehicle Dynamics
Thomas Gillespie
SAE international
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