도시형자기부상철도 부상전자석의 안전성 확보를 위한 형식승인 기술기준 개발 방안
Study on development method of type approval technical standard for ensuring the safety of maglev magnet
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초록
The type approval of railway supplies was introduced in accordance with the revision of the Railway Safety Law. Accordingly, type approval technical standards and testing specification development studies are in progress to secure the safety and reliability of domestic railway vehicles and supplies. Correspondingly, It is necessary to develop new technical standards and testing specification for urban maglev as a basis for incorporating urban maglev into urban railway areas. maglev car uses a floating driving system unlike a general railway type, it is necessary to develop the new technical standards and testing specification reflecting the inherent characteristics of urban maglev railway unlike general railway technology. Through this study, we analyze the technical requirements for the type approval of the maglev magnet and study a way for the development of the type approval technical standards.
Abstract
The type approval of railway supplies was introduced in accordance with the revision of the Railway Safety Law. Accordingly, type approval technical standards and testing specification development studies are in progress to secure the safety and reliability of domestic railway vehicles and supplies. Correspondingly, It is necessary to develop new technical standards and testing specification for urban maglev as a basis for incorporating urban maglev into urban railway areas. maglev car uses a floating driving system unlike a general railway type, it is necessary to develop the new technical standards and testing specification reflecting the inherent characteristics of urban maglev railway unlike general railway technology. Through this study, we analyze the technical requirements for the type approval of the maglev magnet and study a way for the development of the type approval technical standards.
참고문헌 (13)
- Ministry of Land, "Infrastructure and Transport “RAILROAD SAFETY ACT”", Korea Ministry of Government Legislation, ~ (2012)
- A study on the improvement of certification system and the readjustment of test standards related with rolling stock, "track", environment fields for the parts of railway products, Korea Railroad Research Institute, pp.2013, ~
- Urban Maglev vehicle standard explanation and understanding, "Sanghun Kim", Korea Testing Laboratory, ~ (2013)
- A study on Type Approval Products for Technical specification development and The readjustment of test standard of urban Maglev product, "Sanghun Kim", Korea Testing Laboratory, ~ (2013)
- Jungwook Sim, "Requirements Analysis for The Introduction of The Railway Products Type Approval System of Urban Maglev Levitation Magnet, Levitation Control Device", Autumn Conference of The Korea Society for Railway (2014)
- Urban Maglev Practical project final report Ⅰ, "Byungcheon Shin", Korea Institute of Machinery & Materials, ~ (2009)
- Maglev Practical project final report Ⅱ, "Byungcheon Shin", Korea Institute of Machinery & Materials, ~ (2011)
- Urban Maglev Practical project final report Ⅲ, "Byungcheon Shin", Korea Institute of Machinery & Materials, ~ (2013)
- Development and Production of Urban Transit Maglev, "Kukjin Kim", Ltd. Hyundai -rotem, ~ (2013)
- Kwangwoo Jeong, "Research on the air gap control characteristic of the levitation magnet for a super speed maglev", Spring Conference of The Korea Society for Railway (2014)
- Byung-Gwan Kang, "Calculation for norminal attraction force of Maglev", Autumn Conference of The Korea Society for Railway (2009)
- Min-Woo Park, "Technology Review for urban maglev Electromagnets", Spring Conference of The Korea Society for Railway (2012)
- Kwangwoo Jeong, "Air Gap Control of a Super-speed Maglev Experimental Vehicle", Spring Conference of The Korea Society for Railway (2014)