1. (1) Yamamoto, D., Sasaki, K., The Relation between the Abrasion of the Wheel Profiles and the Running Vibration Characteristic of Shinkansen Super Express Train in Japan, Proceedings of International Symposium on Speed-up and Service Technology for Railway and Maglev Systems(STECH06), China, (2006.7), pp.241-246
2. (2) Kakui, S., Isogawa, K., Mano, T., Investigation in characteristics of the difference in radius between two wheels in one axle by mutual wear of “Modified arc wheel profile” and a rail, Proceedings of the 11st Jointed Railway Technology Symposium(J-Rail2004), (2004),pp.359-362(in Japanese)
3. (3) J.-P. Pascal, About Multi-Herzian-Contatct Hypothesis and Equivalent Conicity in the Case of S1002 and UIC60 Analytical Wheel/Rail Profiles, Vehicle System Dynamics-22,pp.57-78, (1993)
4. (4) The Japan Society of Mechanical Engineers ed., Dynamics of Railway Vehicle - The Latest Bogie Technology -, pp.241-246, (1996), Denkisha-kenkyukai. (in Japanese)
5. (5) Tanifuji, K., The Contact Characteristics between the Worn Wheels of Shinkansen Electric Cars and Rails(Analysis of the Effective Conicity in Geometrical Contact), Transactions of the Japan Society of Mechanical Engineers, Series C, Vol.54, No.497(1988), pp.305-311