Cars 1
| Type of study | Follow-up Master |
|---|---|
| Language of instruction | English |
| Code | 342-6537/02 |
| Abbreviation | Au1 |
| Course title | Cars 1 |
| Credits | 5 |
| Coordinating department | Institute of Transport |
| Course coordinator | Ing. Michal Richtář, Ph.D. |
Subject syllabus
1. Concept of the powertrain systems, arrangement of the automobile drive.
2. Automobile clutches, types, purpose, operation, design, basic parameters design, thermal stress of the friction clutch, strength calculation of clutch components, freewheel, types, purpose, operation, design, calculation.
3. Automobile gearboxes, types, purpose, operation, design, kinematic diagrams, calculation of gears in a gearbox.
4. Two-shaft, three-shaft and planetary gearboxes, planetary gear set - Willis equation.
5. Additional and transfer gearboxes, multi-stage gearboxes.
6. Hydrodynamic torque converter, hydromechanical gearboxes, hydrostatic, CVT gearboxes.
7. Cardan and connecting shafts, types, design, kinematics of the universal joint.
8. Homokinetic joint, design of basic parameters, strength calculation.
9. Drive axle transmissions, multi-axle drive, transfer cases.
10. Types of axle gearboxes, gear sets of axle gearbox final drive.
11. Differential, types, purpose, operation, construction, differential theory, efficiency, limited-slip differentials, slip, differential lock, strength calculation of bevel differential components.
12. Powertrain of hybrid-powered cars
13. Powertrain of electric and hydrogen-powered cars
2. Automobile clutches, types, purpose, operation, design, basic parameters design, thermal stress of the friction clutch, strength calculation of clutch components, freewheel, types, purpose, operation, design, calculation.
3. Automobile gearboxes, types, purpose, operation, design, kinematic diagrams, calculation of gears in a gearbox.
4. Two-shaft, three-shaft and planetary gearboxes, planetary gear set - Willis equation.
5. Additional and transfer gearboxes, multi-stage gearboxes.
6. Hydrodynamic torque converter, hydromechanical gearboxes, hydrostatic, CVT gearboxes.
7. Cardan and connecting shafts, types, design, kinematics of the universal joint.
8. Homokinetic joint, design of basic parameters, strength calculation.
9. Drive axle transmissions, multi-axle drive, transfer cases.
10. Types of axle gearboxes, gear sets of axle gearbox final drive.
11. Differential, types, purpose, operation, construction, differential theory, efficiency, limited-slip differentials, slip, differential lock, strength calculation of bevel differential components.
12. Powertrain of hybrid-powered cars
13. Powertrain of electric and hydrogen-powered cars
E-learning
Study materials are available in the LMS Moodle system.
Literature
Crolla, D. A., Automotive Engineering - Powertrain, Chassis System and Vehicle Body, Elsevier Burlington, 2009, ISBN 978-1-85617-577-7
http://homel.vsb.cz/~dor028/Opory/
Stone, R. Ball, J, Automotive Engineering Fundamentals, ISBN 0-7680-0987-1
http://homel.vsb.cz/~dor028/Opory/
Stone, R. Ball, J, Automotive Engineering Fundamentals, ISBN 0-7680-0987-1
Advised literature
Liščák, Š., Matějka, R., Rievaj, V., Šulgan, M.,: Prevádzkové charakteristiky vozidiel II. EDIS – Vydavatelstvo Žilinskej univerzity, Žilina, 2005. ISBN 80-8070-388-4, Slovakia
Vlk, F., Převodová ústrojí motorových vozidel. Nakladatelství a vydavatelství VLK, Brno 2000,, ISBN 80-238-5275-2
Vlk, F., Převodová ústrojí motorových vozidel. Nakladatelství a vydavatelství VLK, Brno 2000,, ISBN 80-238-5275-2