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A Railgun Secondary Propulsion System for High-speed Hyperloop Transportation
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  • Alexander Siemenn ,
  • Bhaskar Deo ,
  • Foster Ng ,
  • Jonathan Zhou ,
  • Crystal Owens ,
  • Segundo Urraza Atue ,
  • Michael Forsuelo
Alexander Siemenn
Massachusetts Institute of Technology

Corresponding Author:[email protected]

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Bhaskar Deo
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Foster Ng
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Jonathan Zhou
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Crystal Owens
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Segundo Urraza Atue
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Michael Forsuelo
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Secondary propulsion methods for high-speed hyperloop transportation are sparsely researched. Secondary propulsion methods are essential to quickly, efficiently, and safely get a hyperloop pod up to its target speed from a stationary state. In this paper, we propose and analyze the feasibility of a form of electromagnetic secondary hyperloop propulsion, called a railgun, commonly used in modern-day artillery technology for high-speed ammunition launching. We assess the feasibility of two different materials and three different geometries for a railgun armature to propel a hyperloop pod. Inverse design of multiphysics simulation of multibody dynamics, magnetic fields, and electric currents are used for material selection of the armature that minimizes rail current energy requirements and the armature geometry that maximizes structural integrity.
Jan 2023Published in IEEE Transactions on Plasma Science volume 51 issue 1 on pages 243-248. 10.1109/TPS.2022.3232406