What happens if the new ARX bullet breaks the sound barrier?

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SUMMARY

The new ARX bullet significantly enhances performance by utilizing the venturi effect, which nearly doubles the side exit velocity. When this exit velocity surpasses the sound barrier in a medium such as a gelatin block, a shock wave is generated within that medium. This phenomenon is crucial for understanding the ballistic behavior of the ARX bullet in various materials.

PREREQUISITES
  • Understanding of the venturi effect in fluid dynamics
  • Knowledge of ballistic performance metrics
  • Familiarity with shock wave physics
  • Basic principles of material science, particularly regarding gelatin
NEXT STEPS
  • Research the principles of the venturi effect in more detail
  • Explore the physics of shock waves in different mediums
  • Investigate the ballistic characteristics of the ARX bullet
  • Study the impact of high-velocity projectiles on various materials
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Ballistics engineers, material scientists, and firearms enthusiasts interested in the performance and effects of high-velocity projectiles.

Radar
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The venturi effect of the new ARX bullet almost doubles side exit velocity. What happens if the exit velocity exceeds the sound barrier in a fluid like a gelatin block?
 
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I believe you get a shock wave in the medium.
 

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