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Dies ist eine alte Version von LVMbAutomotiveDriveSystems erstellt von Julian Schöppner am 2017-03-09 20:03:57.
Automotive Drive Systems
Further information on the courseclassroom language:
Necessary knowledge:
Usability:
Teaching methods:
Assessment:
Workload: contact hours 60 h + self study 90 h = 150 Stunden = 5 ECTS |
General information
The lecture Automotive Drive Systems by Prof. Dr.-Ing. Georg Weidner is offered regularly in the summer semester for students of the 5th subject semester in the bachelor's degree in mechanical engineering.
Qualification aim
tative contribution to the environmental discussion on motor vehicles. They will
do calculations to the longitudinal dynamics and the demand for energy of
cars. They can evaluate conventional and alternative drive systems concern
ing the demand for energy.
Contents
1. Rolling resistance and adhesion to road surface
2. Aerodynamic drag
3. Empirical determination of air- and rolling resistance
4. Climbing resistance
5. Acceleration and deceleration
6. Translatory and rotatory inertia
7. Demand for energy and power at several test cycles
8. Maps of combustion Engines
9. Tractive force/speed diagram
10. Calculation of fuel consumption
11. Efficiency maps of DC- and AC-motors
12. Batteries
13. Adaption of electric motors to vehicles
14. Calculation of driving range of electric cars
15. Layouts of hybrid drive systems
16. Calculation of consumption of hybrid drive Systems
17. Transmission systems
LVMbErgaenzendesWahlpflichtfach
