50 Cal vs Non-Newtonian Fluid!

Published on August 11, 2017
Duration: 3:31

This video tests the effect of a .50 BMG round on a non-Newtonian fluid. The high-velocity impact causes the fluid to momentarily solidify, resulting in a dramatic explosion. Analysis shows the extreme energy transfer effectively 'squeezes' moisture from the fluid upon impact.

Quick Summary

A .50 caliber bullet impacting non-Newtonian fluid causes it to momentarily solidify due to rapid pressure changes, resulting in a violent explosion. The extreme energy transfer effectively 'squeezes' moisture out, hardening the fluid instantly.

Chapters

  1. 00:00Introduction & Guest
  2. 00:35Non-Newtonian Fluid Explained
  3. 01:38The .50 Caliber Shot
  4. 02:00Post-Shot Analysis

Frequently Asked Questions

What happens when a .50 caliber bullet hits non-Newtonian fluid?

When a .50 caliber bullet impacts non-Newtonian fluid, the rapid pressure causes the fluid to momentarily behave like a solid. This results in a violent explosion and displacement of the material.

How does non-Newtonian fluid react to impact?

Non-Newtonian fluid's viscosity changes with applied stress. It flows like a liquid under slow pressure but instantly becomes solid-like when subjected to a sudden, forceful impact, like a bullet.

What rifle was used in the .50 caliber test?

The video features a Barrett M82A1 semi-automatic rifle chambered in .50 BMG. This powerful rifle was used to test the fluid's reaction to extreme velocity and energy transfer.

What is the significance of the 'squeezing' effect observed?

The 'squeezing' effect refers to how the high-velocity energy transfer from the .50 caliber round instantly hardens the non-Newtonian fluid. It effectively expels the moisture, turning the fluid into solid chunks momentarily.

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