I just spent 14 minutes and almost 30 seconds of just watching things being crushed by a hydraulic press. There's just something about crushing things that is just satisfying and very entertaining. I honestly wish that this could be an hour long or longer. I just can't get enough of this.
@@lilporky8565 I do tend to use the word just a lot in this post, didn't I. There's too many synonyms for the word just, I couldn't think of at the time of my post. So my brain just went with the simplest word.
Very satisfying. It's amazing how well some of those pressurized containers retained their seal despite the disfigurement occurring to their structures.
Whats most impressive is that from being deformed the pressure inside basically increased due to less space in the container, 2 times less space means double the pressure, from what i could see the black one quadrupled its pressure before the seal broke.
In fairness they were pushing on the more fragile side of the brick, If they had done it with the holes facing up it would have been able to survive for longer.
They have used large surface for pressing DVD's... and a way more less surface for pressing bricks... you'd know if you ever gave interest when your physics teacher taught you area of contact
13:00 such a fantastic example of "Every action has an equal and opposite reaction." The press is weighed down on the ball, which is on the table, which is on the ground. The ground and the table are pushing back up against the ball and the press, which equalizes the force, untill... The ball explodes, suddenly, for an instant, the ground is pushing up against the table, but the table does NOT have an equal force pushing down on it, causing it to 'jump'.
Tbf, when you drop something like glass you have to consider the hardness rating of what it's dropped on the the fact that the force is hit to a more pinpoint location and not distributed evenly by a slow moving plate
@@captainsquids2792 Newton's third law states that the object will push back with an equal and opposite force. Force is mass x acceleration, so wouldn't it rely on density rather than hardness?
Fun fact for y’all. At 11:13 theres the nails in the block of wood. Way back in the early 1900s, in the oil and gas industry, this is how the first impression blocks were designed/made. Impression block is a kind of downhole fishing tool used to “see” what your fish top looks like. Nowadays they’re made of lead. So what they’d do is trip this block of wood with nails in it down the well, and essentially press it down on the fish. This would pressing some nails, but not all, into the block, leaving an impression of it. Hence the name “impression block”. Then they’d bring it out of the hole, examine it, and run the appropriate tool to get the fish out.
EVERY EXPLOSION 2:44 spring 3:33 glass dome 5:29 bullet 5:36 glass balls 7:14 steel 8:55 green metal thing 9:19 diamond 9:32 water bottle 10:31 air pistol 10:56 quarta 12:21 another air pistol 12:36 metal ball 12:57 (material?) ball 13:28 glass squares 14:04 glass cup
I can't believe 13:53 broke the press!! I can't help but wonder how much you have damaged your press doing all of this.. I love watching how metal in particular deforms under it. Thank you for doing this so I don't have to lol I do have to say I hope you recycled some of those materials- the metals in particular can be melted down an reused
Also, I can really imagine this guy just going to all his friends: "You guys have, just, items you don't need? Just shit from around your house, I dunno, toys, hairbrushes, eagle's beaks? Can I have it?"
So funny hahaha haha not like I haven't seen this 50 times on this video alone. Not speaking about outside. That desperate for attention. And see the clear iq of the responses proves my point.
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12:05 Man:"Yes, I need to return this watch. It was crushed in 100-ton press." Clerk: "Ok, were you wearing it at the time?" Man, showing clerk his two arms, "Um, no, here's your sign!"
This is the first hydraulic video I’ve ever seen in my life that is straight to the point without any bullshit RU-vidr nobody cares to hear nor see talking
10:33 I am proud you created a mono-propellant rocket engine that works. In fact that is pretty much what rockets use for attitude control. Air is mostly nitrogen and rockets use compressed nitrogen like that to control their attitude and do translation maneuvers. I love how the slow mo shows the initial over-expansion with the high pressure start up then goes gradually to slightly under expanded at 10:40 (so pretty much perfectly thrust efficiency optemised) If that was going supersonic at nozzle point which im sure it would have been close to you may have even got mach diamonds. Its really epic seeing how the air pressure where you did it at pushes in on the exhaust. And then finally we get a epic burnout. This is the best one of them all.
@@durillongaming very smort, he even mixes up altitude with attitude and makes up new words like "optemised", something us single digit IQ's can only dream of achieving!
