Steady State Electromagnetic Force Analysis of Hyperloop Tube Considering Nonlinear Material Properties by FEM

Abstract

This paper is about the analysis of the electromagnetic force of hyperloop tubes generated by superconducting electromagnets (SCM). Hyperloops that travel at high speed in a vacuum state without driving resistance have been studied by adopting various propulsion topologies. In this paper, a superconducting electrodynamic system (EDS) such as the MLX train, Japan's ultra-high-speed magnetic levitation train, was adopted as a hyperloop propulsion system, and tried to analyze the electromagnetic force generated in a metal tube as the SCM moves using a steady state finite element analysis method by replacing SCM with 3-phase windings.