This paper proposes a methodology for statistical analysis of data obtained by visual inspection of squat defects on the rail head. Rail inspection by visual observation, including measurement of the squat defect position and depth was performed in Pančevo Varoš railway station in 2017. The obtained data about the squat rail defect (defect type 227 according to the UIC 712) on the main tracks was analysed in this paper. The rail defect position was determined regarding the position of the nearest sleeper in the track. Statistical analysis of the occurrence of squat rail defect was conducted according to the performed visual inspection in the field. Statistical data processing was performed for tracks zones according to the vertical stiffness of rail support. Furthermore, the impact of traffic load, the type and the arrangement of sleepers on the appearance of the squat rail defect was considered.
Source:
Proceedings / XVIII Scientific-expert conference on railways - RAILCON 18, october 11-12, 2018, Niš, 2018, 157-160
TY - CONF
AU - Mićić, Milica
AU - Brajović, Ljiljana
AU - Pustovgar, Andrey
PY - 2018
UR - http://grafar.grf.bg.ac.rs/handle/123456789/1610
AB - This paper proposes a methodology for statistical analysis of data obtained by visual inspection of squat defects on the rail head. Rail inspection by visual observation, including measurement of the squat defect position and depth was performed in Pančevo Varoš railway station in 2017. The obtained data about the squat rail defect (defect type 227 according to the UIC 712) on the main tracks was analysed in this paper. The rail defect position was determined regarding the position of the nearest sleeper in the track. Statistical analysis of the occurrence of squat rail defect was conducted according to the performed visual inspection in the field. Statistical data processing was performed for tracks zones according to the vertical stiffness of rail support. Furthermore, the impact of traffic load, the type and the arrangement of sleepers on the appearance of the squat rail defect was considered.
PB - Faculty of Mechanical Engineering, Niš
C3 - Proceedings / XVIII Scientific-expert conference on railways - RAILCON 18, october 11-12, 2018, Niš
T1 - Methodology for statistical analysis of squat rail defects
EP - 160
SP - 157
ER -
@conference{
author = "Mićić, Milica and Brajović, Ljiljana and Pustovgar, Andrey",
year = "2018",
url = "http://grafar.grf.bg.ac.rs/handle/123456789/1610",
abstract = "This paper proposes a methodology for statistical analysis of data obtained by visual inspection of squat defects on the rail head. Rail inspection by visual observation, including measurement of the squat defect position and depth was performed in Pančevo Varoš railway station in 2017. The obtained data about the squat rail defect (defect type 227 according to the UIC 712) on the main tracks was analysed in this paper. The rail defect position was determined regarding the position of the nearest sleeper in the track. Statistical analysis of the occurrence of squat rail defect was conducted according to the performed visual inspection in the field. Statistical data processing was performed for tracks zones according to the vertical stiffness of rail support. Furthermore, the impact of traffic load, the type and the arrangement of sleepers on the appearance of the squat rail defect was considered.",
publisher = "Faculty of Mechanical Engineering, Niš",
journal = "Proceedings / XVIII Scientific-expert conference on railways - RAILCON 18, october 11-12, 2018, Niš",
title = "Methodology for statistical analysis of squat rail defects",
pages = "160-157"
}
Mićić M, Brajović L, Pustovgar A. Methodology for statistical analysis of squat rail defects. Proceedings / XVIII Scientific-expert conference on railways - RAILCON 18, october 11-12, 2018, Niš. 2018;:157-160
Mićić, M., Brajović, L.,& Pustovgar, A. (2018). Methodology for statistical analysis of squat rail defects.
Proceedings / XVIII Scientific-expert conference on railways - RAILCON 18, october 11-12, 2018, NišFaculty of Mechanical Engineering, Niš., 157-160.
Mićić Milica, Brajović Ljiljana, Pustovgar Andrey, "Methodology for statistical analysis of squat rail defects" (2018):157-160
