3 ms·
depending on the failure type (shear, compression, tension) carbon fiber behaves differently. but when the fibers actually break it pops so quickly that it exce
by cowmoo728 3y ago
depending on the failure type (shear, compression, tension) carbon fiber behaves differently. but when the fibers actually break it pops so quickly that it exceeds human perception.
real time view of tensile failure: https://youtu.be/gmMRPmEYWhU https://youtu.be/gmMRPmEYWhU
high speed 10m fps view of tensile failure: https://youtu.be/OePpVwCvCZg https://youtu.be/OePpVwCvCZg
when compressed along an axis that's not properly reinforced by carbon fibers, it will just disintegrate: https://youtu.be/BaSXRoD2xaQ?t=61 https://youtu.be/BaSXRoD2xaQ?t=61
another interesting example of rapid failure: https://youtu.be/DM6J-yw8yjA?t=226 https://youtu.be/DM6J-yw8yjA?t=226
- Sylamore 3y agoThe same guy that runs the channel as your last video actually did one on imploding objects under sea depth pressures: https://www.youtube.com/watch?v=WD7CfnQC5HQ https://www.youtube.com/watch?v=WD7CfnQC5HQ
- userbinator 3y agoNote that their pressure gauge only goes up to 4500psi. The water pressure at the Titanic's location is around 6000psi.