Great Turkish Bombard vs. a tank

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SUMMARY

The discussion centers on the hypothetical impact of the Great Turkish Bombard, capable of firing a 550 kg projectile at a muzzle velocity of approximately 250 meters per second, against modern tank armor, specifically the T-72 and M1 Abrams. The analysis concludes that while the projectile's force, calculated at 1.521 kilojoules, exceeds that of some modern impacts, the composite steel armor of tanks like the T-72, which is 500 mm thick, would likely withstand the impact. The consensus is that even if the projectile were to penetrate, the tank's design and testing against ancient projectiles affirm its resilience, ensuring crew safety despite potential force felt inside.

PREREQUISITES
  • Understanding of basic physics principles, including force and energy calculations.
  • Familiarity with historical artillery, specifically the Great Turkish Bombard.
  • Knowledge of modern tank armor specifications, particularly the T-72 and M1 Abrams.
  • Awareness of military testing protocols for armor against various projectiles.
NEXT STEPS
  • Research the physics of projectile motion and impact force calculations.
  • Study the specifications and historical context of the Great Turkish Bombard.
  • Examine the armor technology of modern tanks, focusing on the T-72 and M1 Abrams.
  • Investigate military testing methods for armor resilience against ancient weaponry.
USEFUL FOR

History enthusiasts, military analysts, and anyone interested in the comparison of historical artillery against modern military technology.

Hattushilish
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OK so maybe this is kind of a dumb question, but my curiosity has been killing me so I thought I'd post this here and see if someone with expertise in physics can help me.

I'm a history buff, and a friend of mine mentioned a story he heard about a Napoleonic War-era cannon being pulled out of a museum and used during the defense of Moscow in World War II because the situation was so urgent. He wasn't sure if it was true or not, but that's beside the point.

This made me wonder... what would happen if someone loaded up http://en.wikipedia.org/wiki/Dardanelles_Gun" and fired it into a modern tank?

The Great Turkish Bombard could fire a 550 kg projectile that was 63 cm in diameter.
I don't know what kind of muzzle velocity it could achieve, but some 15th century cannons could reach around 250 meters per second.

A http://en.wikipedia.org/wiki/T-72" , just as an example, has 500 mm of composite steel armor.

Would the blast dent the tank? Would it move it or even penetrate the armor?
 
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as the ball weight is 550 kilograms and moving at 260 meters per second will produse 1.521 kilojoules or brute force.That s more than today s modern tanks impact force.But let's say you fire the stone ball to the tank,lets say the tank is a M1 abrams,the stone ball will break upon impact into pieces and the tank survive but the crew inside will feel the force but will live to tell the tail.Even if it was a steel ball the tank would still survive.Think that if the cannon could penetrate the today s tank armor then they wouldn't have a purpose to exit at modern military arsenal.And last but not least every military has tested their armor against ancient projectiles to see if it will stand up against them good.I hope i helped you
 
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