Modal Identification of Superconducting Magnetic Levitating Bogie

Author:

Alaggio R.,Benedettini F.,D’Innocenzo F.,D’Ovidio G.,Sebastiani D.,Zulli D.

Publisher

Springer International Publishing

Reference11 articles.

1. Zhang Y, Xu SG (2000) Analysis of dynamic response for HTS MagLev vehicle model. Phys C Superconduct Appl 341–348:2603–2604

2. Wang J, Wang S, Zheng J (2009) IEEE Trans Appl Superconduct 19(3):2142–2147

3. W. Wang, J. Wang et Alii: “Characteristic study of high-TC superconducting maglev under side-loading” Physica C 469 pp. 188–191 (2009)

4. D’Ovidio G, Carpenito A (2013) Two-degrees of freedom model for dynamic analysis of experimental maglev bogie. In:Proceedings of the 17th transport means 2013 international conference, Lituania, pp 5–8

5. D’Ovidio G, Crisi F (2014) Suspension dynamic behaviour of HTS magnetically levitated bogie applied electromagnetic engineering for magnetic, superconducting, multifunctional and nano materials (MSF), vol 792. Switzerland, pp 198–203

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