ContentsHOLISTIC MODEL OF MAGNETICALLY LEVITATED TRAIN’S TRACTION Vladislav Poljakov1 , Nikolay Khachapuridze2 1Ph.D in Technical Science, Senior Research Assistant of Department of Dynamics and Strength of a New and Nonconventional Types of Transport, Institute of Transport Systems and Technologies of Ukraine’s National Academy of Sciences, Dnepropetrovsk, Ukraine, e-mail: p_v_a_725@mail.ru 2Ph.D in Technical Science, Deputy Director for Science, Institute of Transport Systems and Technologies of Ukraine’s National Academy of Sciences, Dnepropetrovsk, Ukraine, e-mail: itst@westa-inter.com Abstract. A traction force of a magnetically levitated train’s motor is the research object. To provide a correct description of such force's realization is the aim of research. The rational research paradigms have been revealed. The existing versions of the required model have been considered. Their advantages and disadvantages have been described. The rational design schemes of motor’s components have been selected. The holistic paradigm has been adopted in the investigation. Adequate assumptions have been entered for model simplification. The expressions for the traction components were found as the Ampere’s forces. The electrodynamics of motor's windings has been described. The example which verifies suitability of the constructed model is given. Keywords: magnetically levitated train, linear synchronous motor, holistic paradigm of research.
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