this post was submitted on 30 Jun 2023
12 points (100.0% liked)
Explain Like I'm Five
14029 readers
31 users here now
Simplifying Complexity, One Answer at a Time!
Rules
- Be respectful and inclusive.
- No harassment, hate speech, or trolling.
- Engage in constructive discussions.
- Share relevant content.
- Follow guidelines and moderators' instructions.
- Use appropriate language and tone.
- Report violations.
- Foster a continuous learning environment.
founded 1 year ago
MODERATORS
you are viewing a single comment's thread
view the rest of the comments
view the rest of the comments
Here's another way to think about it.
We can calculate what the change in volume of the chamber would be based on the difference in pressure when it collapsed.
Initially, at atmospheric pressure, the interior chamber contained about 5.6 cubic meters of volume. At the depth of the sub prior to implosion, the external pressure was about 3,000 psi. Once the walls failed, the interior volume was suddenly compressed from 5.6 cubic meters down to a miniscule 0.06 cubic meters.
Basically, the interior walls slammed in, compressing everything inside from the size of a small minivan down to the size of a very small fishtank
https://www.youtube.com/watch?v=Zz95_VvTxZM
You see the way this tank imploded?
What if the titan was the same implosion, albeit stronger/faster, but the way the edges/ends of the cylinder didnt really collapse, only the middle? What if you were sitting on the end parts?