2012Unpublished venueRequires access

The study of three configurations of railgun

Zizhou Su, Wei Guo, Bo Zhang, Tao Zhang, Ren Ren, Xiaochao Sun

Open publisher page 3 citations

Abstract

The primary task of railgun design was to determine what kind of railgun configurations. In general, there were three configurations: simple one turn (two rails) railgun, series-connected augmented (four rails) railgun, and series-connected multi-turn (four rails) railgun. In this paper, the study goal was to know which configurations can have excellent performances and simple structure. Within each of these railgun configurations, the bore shapes were all square and used rails were all rectangular cross section too. The inductance gradient and inductance, linear current density and peak current, force of armature, and acceleration of armature, were analyzed about performances, and the configuration complexity both on rails and armatures were analyzed too. Finally, the conclusions were presented, and the advantages and disadvantages of the three configurations were discussed. A more detailed study will be presented in this paper.

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What this paper is about

The primary task of railgun design was to determine what kind of railgun configurations. In general, there were three configurations: simple one turn (two rails) railgun, series-connected augmented (four rails) railgun, and series-connected multi-turn (four rails) railgun. In this paper, the study goal was to know which configurations can have excellent performances and simple structure. Within each of these railgun configurations, the bore shapes were all square and used rails were all rectangular cross section too. The inductance gradient and inductance, linear current density and peak current, force of armature, and acceleration of armature, were analyzed about performances, and the configuration complexity both on rails and armatures were analyzed too. Finally, the conclusions were presented, and the advantages and disadvantages of the three configurations were discussed. A more detailed study will be presented in this paper.

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Available abstract

The primary task of railgun design was to determine what kind of railgun configurations. In general, there were three configurations: simple one turn (two rails) railgun, series-connected augmented (four rails) railgun, and series-connected multi-turn (four rails) railgun. In this paper, the study goal was to know which configurations can have excellent performances and simple structure. Within each of these railgun configurations, the bore shapes were all square and used rails were all rectangular cross section too. The inductance gradient and inductance, linear current density and peak current, force of armature, and acceleration of armature, were analyzed about performances, and the configuration complexity both on rails and armatures were analyzed too. Finally, the conclusions were presented, and the advantages and disadvantages of the three configurations were discussed. A more detailed study will be presented in this paper.

Key concepts: Railgun, Armature (electrical engineering), Inductance, Acceleration, Computer science, Physics, Electrical engineering, Voltage

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