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Abbreviation: PVVB | Load: 30(L)
+ 15(E)
+ 0(LE)
+ 0(CE)
+ 0(PEE)
+ 0(FE)
+ 0(S)
+ 0(DE)
+ 0(P)
+ 0(FLE)
+ 0()
|
Lecturers in charge: | izv. prof. dr. sc. Milan Kostelac |
Lecturers: | Petra Bonačić Bartolin mag. ing. mech.
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Exercises
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Course description: Course objectives: Acquisition of basic knowledge for understanding and definition of trackguided levitated vehicles.
Enrolment requirements and required entry competences for the course: Required course for the registration of course: Railway vehicles (32313). Passed course for approach to exam: Railway vehicles (32313).
Student responsibilities: Attendance to lectures and exercises.
Grading and evaluation of student work over the course of instruction and at a final exam: Activity in the classroom questioning: 5% Colloquium: 65% Oral exam: 30%
Methods of monitoring quality that ensure acquisition of exit competences: Questioning during the lectures and exercises. Round tables.
Upon successful completion of the course, students will be able to (learning outcomes): Identify category and type of levitated vehicle according to the method of levitation, Explain the working principle of the individual levitated vehicle, Give a comparison with other transport solutions Compare the individual implementations, Suggest certain technical solutions for some transportation pathways.
Lectures 1. Development of tracked levitated vehicles (TLV) 2. Tracked levitated vehicle with airbag and electromagnetic cushion 3. Resistance to motion of tracked levitated vehicles 4. Airbag. Definition and calculation of the airbag parameters. 5. Magnetic levitation principles 6. Dynamic and static electromagnetic cushion 7. General rules of TLV design 8. Power for vehicle levitation 9. The linear electromotor drive for TLV 10. Routes for TLV"s 11. TLV in Germany development 12. TLV in Germany Transrapid 13. TLV in Japan 14. TLV in China 15. TLV in the world
Exercises 1. The history of tracked levitated vehicles and high speed vehicles. 2. Traffic justification of tracked levitated vehicle 3. Calculation of motion resistances 4. Types of construction with airbag. 5. Calculation of the airbag parameters. 6. Structural implementations of vehicles with airbag 7. Dynamic properties 8. Calculation of power for vehicle levitation 9. Implementations of linear motors 10. Colloquium 11. Testing ground for the Transrapid vehicle Routing parameters, infrastructure. 12. Seminar paper 13. Seminar paper 14. Seminar paper 15. Seminar paper |
Compulsory literature: |
1. | ) Richardson,H.H., Captain,K.M.: Simplified Static Performance Characteristics of Low-Pressure Plenum and Peripheral Jet Fluid Suspension, DSR-76110-8 (PB 177 668),Massachusetts Institute of Technology, 1968 |
2. | ) Magnetschnellbahn - Ausführungsgrundlage |
3. | Gesamtsystem - Fahrzeuge - Antrieb und Energieversorgung - Betriebsleittechnik - Fahrweg, VkBl. Amtlicherteil, Heft 22 - 2007. |
Recommended literature: - - - |
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