My question, what Titanium alloy was the bar? It was as rolled by the looks of it. Titanium is VERY notch sensitive (as are many other metals) and small surface nicks, and marks in that sort of loading will have a huge effect on the results. Need a good clean ground, polished and lightly pickled surface for best results. As for the Titanium tube, clearly it was a Commercially pure tube, most likely Grade 2, the condition was awful, inside wall was full of striations and would have seriously weakened it.
Your failure numbers are skewed for you were going off of what the highest pressure rating you recorded instead of recording the numbers at the point of deformation. Once a part has changed its original shape it’s failed, doesn’t matter how much pressure it can withstand after it’s already buckled and crushed. Now from a pure entertainment aspect this was a great video and I enjoyed watching it, keep up the good work!
SO basically, a Titanium pipe stranded between the Mantle and the Crust of the Earth, would be the only thing not deformed from the pressure versus the rest. #TheMoreYouKnow
Vetro e carbonio sono dei "laminati" e non possono competere in questa prova. Sono troppo specifici ed andrebbero laminati appositamente per resistere ad una pressa. Ed in ogni caso non sarebbero mai competitivi con materiali che pesano molto più di loro. Va poi considerata anche la resina utilizzata per realizzare i materiali compositi. Ma, a parte questi dettagli, la prova è comunque interessante. Grazie
So much noise about carbon fiber, I would really like to see your test comparison of CF and other materials when both are cold. Not crazy cold, like we get in Canada which regularly reaches -25°C, just regular cold like -15°C which is a frequent temperature for 60 days a year in most of Canada. In the north of Canada you can double those numbers.
+ carbon fiber cant be recycled by now...Truly a waste of energy in my opinion...also, would have loved to see maxtal aluminium in comparison to al 6012, or even 6061/7000, wich are reguraly used for bike rims
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My question, what Titanium alloy was the bar? It was as rolled by the looks of it. Titanium is VERY notch sensitive (as are many other metals) and small surface nicks, and marks in that sort of loading will have a huge effect on the results. Need a good clean ground, polished and lightly pickled surface for best results.
As for the Titanium tube, clearly it was a Commercially pure tube, most likely Grade 2, the condition was awful, inside wall was full of striations and would have seriously weakened it.
Did they all have same wall thickness?
They all look the same thickness.
He showed the measurements they all had 2mm wall thickness
Your failure numbers are skewed for you were going off of what the highest pressure rating you recorded instead of recording the numbers at the point of deformation. Once a part has changed its original shape it’s failed, doesn’t matter how much pressure it can withstand after it’s already buckled and crushed.
Now from a pure entertainment aspect this was a great video and I enjoyed watching it, keep up the good work!
SO basically, a Titanium pipe stranded between the Mantle and the Crust of the Earth, would be the only thing not deformed from the pressure versus the rest. #TheMoreYouKnow
I wish you could include Polycarbonate, it is different from Acrylic and many, many times stronger!
Vetro e carbonio sono dei "laminati" e non possono competere in questa prova. Sono troppo specifici ed andrebbero laminati appositamente per resistere ad una pressa. Ed in ogni caso non sarebbero mai competitivi con materiali che pesano molto più di loro. Va poi considerata anche la resina utilizzata per realizzare i materiali compositi. Ma, a parte questi dettagli, la prova è comunque interessante. Grazie
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shukran
Amazing stuff thanks 🤩 😊
exelent
I think this shows the importance of good building materials. Setting in the minds of people and children future builders!
That carbon fiber pipe looked like when you mash a crayon onto a piece of paper! 🫨
SSS 😮😮
bald
Love the way this guy breathes in carbon fibre dust and handles the damaged finres like it was just hair...beware 😮
This is actually pretty useful data. Even pipes too.
Could be more controlled but is covers quite a bunch
This is a ridiculous demonstration. No materials stand up to this stress in a small square cross section.
There's a reason Robocop was made of titanium!
The carbon fiber and glass fiber tests actually test the resin used to assemble them.
Depends which way he tests it, along or across the fibers
What kind of TITANIUM was it?
The better question is what the F is High Speed Steel
@@TheKaukas used in tools like lathes as cutting tools or drilling holes in metals
all kitchen equipment solid stainless steel
You need a thermal camera inset!
What was the weight of each?
The soundtrack is amazing! can't find the name with Shazam
It's from Terminator
So much noise about carbon fiber, I would really like to see your test comparison of CF and other materials when both are cold.
Not crazy cold, like we get in Canada which regularly reaches -25°C, just regular cold like -15°C which is a frequent temperature for 60 days a year in most of Canada. In the north of Canada you can double those numbers.
+ carbon fiber cant be recycled by now...Truly a waste of energy in my opinion...also, would have loved to see maxtal aluminium in comparison to al 6012, or even 6061/7000, wich are reguraly used for bike rims
Carbon fiber lasted way less than I expected.
well it's at the wrong part of the periodic table to compete at these levels...
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Can you test different types of
Bulletproof glass With your presser