Математичне моделювання магнітної левітації та аеродинамічного опору в транспортних системах типу Hyperloop

Abstract

The paper investigates the physical principles of the Hyperloop vacuum transport system. The interaction of magnetic levitation forces and methods for minimizing aerodynamic drag under low-pressure conditions are analyzed. Particular attention is paid to the algorithmic stabilization of the capsule in the tube using feedback systems. The results can be used to model high-speed systems in specialized software.