Doctoral Thesis

Methodology for designing the dead end tracks

Final Thesis 3.61 MB Appendix 330.71 kB Summary of Thesis 945.44 kB

Author of thesis: Ing. Petr Guziur, Ph.D.

Acad. year: 2021/2022

Supervisor: Ing. Richard Svoboda, Ph.D.

Reviewers: doc. Ing. Lukáš Týfa, Ph.D., Ing. Martin Kohout, Ph.D.

Abstract:

This work aim is designing of dead-end tracks with focus mainly on the friction buffer stop design. There are numerous factors in decision-making process of ending the dead-end track, such as position of the track in station, level of train control system, area capabilities, number and types of trains that regularly run on the track, etc.
The recherche part of this work shows that friction buffer stop is the most suitable construction and preferred type of ending the dead-end track abroad. This is the reason for paying attention to that type of buffer stop with emphasis on the process of design itself. This work includes design of a program using a spreadsheet editor and Visual basic to make the design of friction buffer stop easier. There are described selected factors with highest impact on the design.

Keywords:

Buffer stop, kinetic energy, braking force, deceleration, dead-end track, train route, flank protection, extraordinary event.

Date of defence

31.01.2022

Result of the defence

Defended (thesis was successfully defended)

znamkaPznamka

Language of thesis

Czech

Faculty

Department

Institute of Railway Structures and Constructions

Study programme

Civil Engineering (D-K-C-SI (N))

Field of study

Constructions and Traffic Structures (KDS)

Supervisor’s report
Ing. Richard Svoboda, Ph.D.

File inserted by supervisor Size
59357.pdf 76,67 kB

Reviewer’s report
doc. Ing. Lukáš Týfa, Ph.D.

File inserted by the reviewer Size
57830.pdf 351,04 kB

Reviewer’s report
Ing. Martin Kohout, Ph.D.

File inserted by the reviewer Size
57845.pdf 259,37 kB

Responsibility: Mgr. et Mgr. Hana Odstrčilová