Reasons for and Rational Methods of Magnetically Levitated Trains Dynamic Modelling

Abstract

Background: The synthesis of high-quality dynamics and its analysis are the cardinal tasks of a magnetically levitated trains (MLT) creating problem. Aims of the work: Design the paradigm and technique of specified tasks rational solution. Methods: The synthesis of the wanted motion is proposed to carry out by solving the systems dynamics inverse problem, and its preliminary analysis by solving the same dynamics direct problem. Results: The reasons for MLTs dynamics modeling are identified and substantiated. The paradigm and tensor technique of its computer synthesis and analysis was developed.