A Design Solution for a Railway Switch Monitoring System |
Choo, Eun-Sang
(VITZROSYS co., Ltd.)
Kim, Min-Seong (HANIL DNS co., LTD.) Yoo, Heung-Yeol (HANIL DNS co., LTD.) Mo, Choong-Seon (KORAIL) Son, Eui-Sik (KORAIL) Park, Seongguen (Dept. of Railway Electrical and Singnalling, Seoul National University of Science and Technolgy) Lee, Jong-Woo (Dept. of Railway Electrical and Singnalling, Seoul National University of Science and Technolgy) |
1 | R. Quantschnigg (2004) HYDROSTAR Switch operating system main track application, Signal+DRAHT, pp. 33-36. |
2 | Australian Government Publishing Service (1980) Railway Track Design - A Review Research Laboratory. |
3 | C. Busisiwe Vilakazi (2006) Machine condition monitoring using artificial intelligence, Master of Science in Engineering, University of the Witwatersrand. |
4 | W. Allison (2010) In search of perfect points, IRSE, 154, pp. 10. |
5 | M. Pabst (1998) Remote monitoring of point based on effective power dissipation, IEE, London, pp. 1-3. |
6 | J. Lee (2013) A study on cause-consequence analysis of hydraulic switch machine, Proceedings of the Autumn Conference of the Korean Society for Railway, Daegu, pp. 1054-1060. |
7 | M. Kim (2006) A study for investigation and analysis of accidents or hazards on the turnout, Proceedings of Autumn Conference of the Korean Society for Railway, Busan, pp. 20-26. |
8 | R. Chen (2013) Integrated monitoring system for rail damage in high speed railway turnout, Proceedings of the Fourth International Conference on Digital Manufacturing and Automation, Qingdao, pp. 704-708. |
9 | Australian Rail Track Corporation LDT (2012) The claw lock mechanism installation on turnouts. |
10 | H. Yanagawa (2006) Use of continuous welded rail track with turnouts, Railway Technology Avalanche, No.11, pp. 67. |