TY - JOUR
T1 - Wheel maintenance in rolling stock
T2 - safety challenges in the defect detection process
AU - Chatzimichailidou, Maria Mikela
AU - Martinetti, Alberto
AU - Majumdar, Arnab
AU - van Dongen, Leo A.M.
AU - Yotto Ochieng, Washington
PY - 2018/8/31
Y1 - 2018/8/31
N2 - The proper and timely maintenance of railway rolling stock is essential for the safety of railway operations. Inaccurate inspection can lead to inadequate repair of defects and to great safety challenges in respect to the entire railway system. The detection and repair of any defect, such as cracks, in the wheels prior to a failure can significantly reduce train derailments and improved operational performance. This paper examines the wheel maintenance process in maintenance depots in the Netherlands on the basis of literature review, observations and interviews. First, it highlights various detection methods, including the risks of the incorrect detection of a flawed wheel profile. This paper introduces a flowchart as a concise illustration of the maintenance process; that is, both the detection and treatment of defects. With this in hand, the authors, as well as anyone involved in maintenance, are able to identify the points where the process is vulnerable and may be prone to incidents/accidents. Based on this procedure, improvements to the current wheel maintenance process can be proposed. The method that the flowchart is based on is also presented herein, along with the findings obtained throughout its steps
AB - The proper and timely maintenance of railway rolling stock is essential for the safety of railway operations. Inaccurate inspection can lead to inadequate repair of defects and to great safety challenges in respect to the entire railway system. The detection and repair of any defect, such as cracks, in the wheels prior to a failure can significantly reduce train derailments and improved operational performance. This paper examines the wheel maintenance process in maintenance depots in the Netherlands on the basis of literature review, observations and interviews. First, it highlights various detection methods, including the risks of the incorrect detection of a flawed wheel profile. This paper introduces a flowchart as a concise illustration of the maintenance process; that is, both the detection and treatment of defects. With this in hand, the authors, as well as anyone involved in maintenance, are able to identify the points where the process is vulnerable and may be prone to incidents/accidents. Based on this procedure, improvements to the current wheel maintenance process can be proposed. The method that the flowchart is based on is also presented herein, along with the findings obtained throughout its steps
KW - Maintenance
KW - Safety
KW - Wheel Defect
KW - Rolling Stocks
U2 - 10.1504/IJSSE.2018.10015783
DO - 10.1504/IJSSE.2018.10015783
M3 - Article
VL - 8
SP - 387
EP - 397
JO - International Journal of System of Systems Engineering
JF - International Journal of System of Systems Engineering
SN - 1748-0671
IS - 4
ER -