Titanium VS Carbon Fiber Under Hydraulic Press 😮 #viral

preview_player
Показать описание
Titanium VS Carbon Fiber Under Hydraulic Press 😮 #viral
Рекомендации по теме
Комментарии
Автор

"Though it still has its limitations"😂😂😂

IIJOSEPHXII
Автор

carbon fiber is strong under tension, not compression; all that measured was how tough the resin was

tramplerofarmies
Автор

Finally, a real footage of a real Nokia phone under the press

technopathic
Автор

It's high time people stop confusing strength with strength to weight ratio

DrPratyushMohapatra
Автор

nothing can break that phone. i bet it still works today

scottkeiser
Автор

Ocean gate should’ve watched this video

nickalbright
Автор

Thats silly! Of course the stainless steel pipe is the strongest. Titaniums weight to strength ratio is high but that doesn't mean its somehow stronger than steel!

sydres
Автор

Materials have different strength ratings for each direction of force whether that be pulling or compression or sheering there's always going to be a weak point

nebula
Автор

"though it still has limitations"
while showing hydraulic press pressing nokia💀

prinzryanmancao
Автор

Lmao, love how the nokia turd broke the press.

tylerdurdin
Автор

Imagine if Nokia creates a hydrolic pressure

cyborg
Автор

Moral of the story - don't build submarines out of carbon fiber.

nonstopbg
Автор

For those who are wondering how a ordinary stainless steel pipe outmatched those 2 well known strong materials, it's because it's a mix of different alloys. So stainless steel takes the best of both worlds.

No_MotionLess
Автор

We're sleeping with the titanic with this one

Damond_Warrior
Автор

Titanium: compresses Nokia: breaks press

Fiftyraptor
Автор

It's limitations expires with Nokia 3310😂

z_o_di_a_c_
Автор

Meanwhile i'm watching this on my Nokia Smartphone

robert
Автор

That Nokia stronger than a relationship

jpghetto
Автор

why hasn’t anyone made a Nokia phone case

jacknoff
Автор

Titanium is slightly softer than steel but the reason why its so expensive is the resistance against corosion and the fact that with an equal tensile stress limit it has about 30% of steels weight

free