Abstract
Adhesion is an indispensable joining technology for railway industries. Adhesives are used for the fabrication of almost all rolling stocks. In the steel main structure of conventional rolling stocks, adhesives are applied for bonding decorated aluminum sheets of wall and ceiling to frames, bonding of floor covering to floor plate, and fixing heat insulating material to the inside of carbody. Large amount of sealants is also used even in the conventional rolling stocks. Recent high-speed trains have modern light-weight structures consisting of aluminum hollow extrusions, sandwich panels, or carbon fiber reinforced plastics. For the structures, adhesion plays an important role as a structural joining method. Even for conventional rolling stocks, the use of adhesives is increasing. For instance, weldbonding is nowadays experimentally applied to the aluminum body structures. Moreover, adhesive is used to smooth the outsides of each carbody and between the outersurfaces of carbody and window. As a result, aerodynamic noises inside and outside the train and energy consumption are considerably reduced.
Maglev trains will be increasingly use in the future, and the use of adhesives will expand due to the demand of reducing weight and energy consumption. In this chapter, the cases in Japan are mainly explained. World-wide cases are shown in Sect. 4.
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References
Abiko Y, Kobayashi G (1998) Rolling stock & technology 1:22 (in Japanese)
Central Japan Railway (2009a) Central Japan Railway Company data book 2009, pp 24–25
Central Japan Railway (2009b) Central Japan Railway Company enviromental report 2009, p 6
Cléon LM (1994) Proceedings of the World Congress on railway research 2:673 (in French)
Japan Alminium Association (1990) Reaearch report of alminium alloy and lightweight of rolling stock -Research on lightweight of rolling stock as high speed transportation, pp 42–53 (in Japanese)
Japan Association of Rolling Stock (2005) Industries standard JRIS R 0206-1; rolling stock-guidelines for rigging design-Part 1:underfloor installations (in Japanese)
Japan Association of Rolling Stock (2006) Industries standard JRIS R 0144:rolling stock-designing guidelines for sealing material (in Japanese)
Kamiura M, Sunaga M et al (2000) Tetsudo Kougaku, Morikita Shuppan. p 213 (in Japanese)
Matsuoka S (1992) Denkisha no kagaku, 45(12):30–34 (in Japanese)
Matsuoka S, Aso K (1992) Tokyu car technical review 42:6–19 (in Japanese)
Matsuzawa H (1986) Introduction for passenger car engineering, Railway System Research, p 106 (in Japanese)
Miyamoto M (1998) Kougyouzairyou, 46(3):108 (in Japanese)
Nishimura T (2014), Tetsudosharyokogyo (Journal of Japan Association of Rolling Stock Industries), 470:21–24
Rahn T, Hochbruck H et al (1991) ICE Hightech on rails. Hestra-Verlag, p 116
Romagna J, Anderegg K et al (1996) Proceedings of 17th International European Chapter of SAMPE Conference, 57
Sasaki K (1995) Rolling stock & technology, 8:13 (in Japanese)
Seeds A (1984) Int J Adhes Adhes 4:17
Sugano T (1992) Nikkei New Materials, July 13:8 (in Japanese)
Suzuki Y (2006) Fundamental and application of structural adhesive bonding edited by Miyairi H, CMC, p 343 (in Japanese)
Suzuki Y (2007) “Adhesion handbook ver.4” edited by The Adhesion Society of Japan, Nikkan Kogyo Sinbun, p 1011 (in Japanese)
Suzuki Y (2009) A textbook of adhesion technology for men aiming a professional edited by The Adhesion Society of Japan, Nikkan Kogyo Sinbun, pp 179–187 (in Japanese)
Suzuki Y, Sato K (1993) RRR, 6:9 (in Japanese)
Wako K, Umezawa Y, Tokuda A (1992) RTRI report, 6(10):19 (in Japanese)
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Suzuki, Y. (2017). Adhesive Bonding for Railway Application. In: da Silva, L., Oechsner, A., Adams, R. (eds) Handbook of Adhesion Technology. Springer, Cham. https://doi.org/10.1007/978-3-319-42087-5_47-2
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DOI: https://doi.org/10.1007/978-3-319-42087-5_47-2
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