An Experimental Study of an Intelligent Muzzle Brake

  • K. C. Phan
Conference paper

Abstract

An investigation was made to study a novel aspect of muzzle brake design. It uses a concept which isolates and minimises the interaction of an expanding blast wave from the muzzle of a gun with a muzzle brake device, whilst at the same time maintains its function as a recoil impulse attenuator. The technique utilises the intrinsic energy of the exhaust gas flow to activate a set of active surfaces. During the gas ejection phase from a weapon launch, these surfaces become operative under the influence of the exhaust gas pressure, and function interactively with a muzzle brake surface to deflect some of the axial gas momentum. This effect produces a forward gas dynamic impulse by the brake and is subsequently contributing to the reduction of the overall recoil impulse exerted on a gun.

Key words

Blast wave Muzzle brake Recoil Impulse 

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References

  1. Phan KC (1991) On the performance of blast deflectors and impulse attenuators. In: Takayama K (ed) Shock Waves, Proc 18th Int Symp on Shock Waves, Sendai, Japan, pp 927–932Google Scholar

Copyright information

© Springer-Verlag Berlin Heidelberg 1995

Authors and Affiliations

  • K. C. Phan
    • 1
  1. 1.Defence Research Agency (DRA) Fort HalsteadSevenoaks, KentEngland

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