Modeling of Hybrid Electromagnetic Hanger for High-Speed Vacuum Transport Means

Abstract

A hybrid electromagnetic hanger is presented for high-speed vacuum transport means where a main force of levitation is created at the expense of constant magnets and an electromagnet performs air gap control. There is developed a computer model in MATLAB/Simulink program complex which allows carrying out the dynamic mode simulation of a system work. The simulation of transport means acceleration up to 1000 km/h taking into account road irregularities is carried out.