Risk Assessment in Railway Safety Management

Min An*
*Senior Lecturer in School of Engineering at the University of Birmingham.
Periodicity:May - July'2007
DOI : https://doi.org/10.26634/jfet.2.4.786

Abstract

The primary aim of the paper is to provide the guidance for railway engineers and operators to employ safety assessment approaches for safety design and maintenance railways. This will support the industry’s efforts to run the rail network with normal service while keeping risks as low as reasonably practicable (ALAPR). A secondary aim is to encourage railway engineers and managers to develop novel safety assessment and management approaches to improve railway safety performance. The methodologies described in this paper can not only be used in railways, but can be also used in design and maintenance for safety for other engineering products.

Keywords

Railway Engineers, as low as reasonably practicable (ALAPR).

How to Cite this Article?

Dr. Min An (2007). Risk Assessment in Railway Safety Management. i-manager’s Journal on Future Engineering and Technology, 2(4), 9-22. https://doi.org/10.26634/jfet.2.4.786

References

[1]. An, M., Lin, W. and Stirling, A. (2006a). A fuzzy- reasoning-based approach to qualitative railway risk assessment. Proceedings of the Institution of Mechanical Engineers, PartF: Journal of Rail and Rapid Transit 220(2), 153-167.
[2]. An, M., Lin, W. and Stirling, A. (2006b). Railway safety risk assessment using fuzzy reasoning approach. World Journal of Engineering 2005,2(2), 198- 207.
[3]. An, M. (2005a). Improving links for better engineering design education for satisfying the needs of industry - Design for safety i-manager's Journal on Engineering and Technology 1(1), 47-53.
[4]. An, M. (2005b). Safety assessment in railway the current status and future aspects. World Journal of Engineering 2005,2(1), 10-23. .
[5]. An, M. and Wright, I. C., (2001). Design for safety - the needs of industry. Proceedings of the 23rd Engineering and Product Design Conference (E&PDE2001), Derby, UK, 153-162
[6]. An, M., Wang, J. and Ruxton, T., (2000). Risk analysis of offshore installation using approximate reasoning in the concept design stage. Proceedings of the ESREL2000 and SRA-Europe Annual Conference, Edinburgh, UK, 631 - 640.
[7]. An, M., Wang, J. and Ruxton, T., (1999). A safety based decision support system for the design of large engineering products, the UKOOA (UKOffshore Operators Association) HMSC, Aberdeen, UK, 71-86.
[8]. Brown, B. D. (1976). Systems analysis and design for safety, Prentice Hall Inc. Englewood Cliffs, New Jersey.
[9]. Davies, Sir D. (1999). A review of train protection systems, HMSO. H&SE Publication.
[10]. DETR, (2001). DETR's review of RallfracKs safety and standards dlrectorate-Railtrack's safety and standards directorate review of main functions and their locations, product code AR1011. published by DETR Free Literature, POBox236,WetherbyLS23 7NB.
[11]. Foyer, P and An, M. (2002). Potential for artificial intelligence techniques in planning railway infrastructure maintenance. Proceedings of the 5th International Railway Engineering2002, London, UK. 1126-1137.
[12]. Hashemi, R. R., Blanc, L. A. L., Rucks, C. T. and Shearry, A. (1995). A neural network for transportation safety modelling. Journal of Expert Systems with Applications^^}, 247-256.
[13]. Haile, J. R, (1995). Risk assessment in railway design, IMechE Conference Transactlons-lmplementlng rail projects, London, pp. 145-152.
[14]. Health & Safety Executive, (2000a). Railways (Safety Case)Regulations2000. HMSO. H&SE Publication.
[15]. Health & Safety Executive, (2000b). Train derailment at Hatfield, 17 October 2000. First & Second HSE Interim Report. HMSO. H&SE Publication.
[16]. Health & Safety Executive, (2000c). HSE's review of RallfracKs management of safety - The management of safety in Ralltrack a review by the Health and Safety Executive. HMSO. H&SE Publication,
[17], Prof. John Uff's report into the accident at Southall, (2000). The Southall rail accident Inquiry report. HMSO. H&SE Publication.
[18]. Halebsky, M. (1989). System safety engineering as applied to ship design. Marine Technology 26(3), 110¬118.
[19], Henley, E.J. and Kumamoto H., (1992). Probabilistic risk assessment. IEEE Press, New York.
[20], Lin, W., An, M., Stirling, A. (2004). Railway safety assessment using fuzzy reasoning approach. Proceedings of the 7th International Railway Engineering, London, UK, 274-286.
[21], Lin, W., An, M., Stirling, A. (2005). Development of railway safety and risk analysis system using fuzzy reasoning approaches. Proceedings of the 8th International Railway Engineering, London, UK, 221-234.
[22], Lord Cullen, (1999). Inquiry into the Ladbroke Grove accident. HMSO. H&SE Publication. .
[23]. LUL, (2001). London Underground Limited QuantifiedRiskAssessmentUpdate2001, Issue l, l -44
[24]. Karwowski, W. & Mital, A. (1988). Potential applications of fuzzy set in industrial safety engineering. Journal of Fuzzy Sets and Systems 19,105-120.
[25]. Pont, D. (1999). A report into safety systems and safety culture in the railway group. HMSO. H&SE Publication.
[26], Smith, D. J. (1992). Reliability, maintainability and risk. 4thedition, Butterworths-Heineman, London,
[27]. Villemeur, A. (1992). Reliability, availability, maintainability and safety assessment. John Wiley & Sons, London.
[28]. Wang, J. (1998). A review of design for safety methodology for large marine and offshore engineering systems. Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering 212(2), 251 -261.
[29], Wang, J., Yang, J.B. & Sen, R, Ruxton, T. (1996). Safety based design and maintenance optimization of large marine engineering systems. Applied Ocean Research 18(1), 13-27.
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