Exploration of Small-Scale MagLev Implementation and Linear Induction Motors (LIM) for Hyperloop Pod Prototypes

ABSTRACT

This research focuses on developing a small-scale magnetic levitation hyperloop system using a linear induction motor. The study addresses the challenge of incorporating data collection and real-time analysis for effective system control while safeguarding electronic components from the disruptive magnetic flux generated by the motor.

The motivation behind this research lies in the pursuit of safe, sustainable, and affordable high-speed transportation. Key aspects of the study include the linear induction motor, computational control system, and magnetic shielding, all of which are crucial for the successful implementation of magnetic levitation in a hyperloop prototype. The research findings will contribute to the development of future Hyperloop pod prototypes by the Queen's Hyperloop Design Team.

The results of this research provide valuable insights that will enable further experimentation and future designs. The study explores theoretical solutions to cancel out magnetic fields, develop efficient linear induction motors, and create robust computation and software systems for effective testing and operation of various components. In the next phase, the team plans to construct scalable prototypes to validate assumptions and theories, bringing the research closer to practical implementation.