Very glad this video was created. I am doing a research paper on titanium for my metallurgy class, and this video really helps me visualize the refining process. The Armstrong method video was also helpful! Thanks ORNL!
so informative and accurate illustration for production Ti, much better than other Ti production video on youtube, and details process are so well present, great video ,thank you.
And in the aircraft business, they talk about buy-to-fly ratios of ten to one for titanium, meaning that you might machine away 90% of your stock to make a finished part
summary: put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top,
youd think they would have found a more efficient method to process it by now considering how much we use it and how much we plan to use it in the future
Yes. You would have a $100,000 aerospace grade titanium vacuum and you would feel like a Top Gun pilot while doing the vacuuming with your Dyson Silver Bullet™ while making the wife (and home) happy.
This is why this brilliant metal is 20x the price of mild steel. The amount of energy used is horrific. Much in the world will change when Ti is 3-5x the price of Fe. Next video, why the Cambridge FFC process is still not commercialised.
This has to be hands down the most wasteful, inefficient, and ridiculous manufacturing process I've ever seen. How has this archaic process not been replaced yet?
Given the average intelligence of youtube video this is a very rare example that actually make me learn something. Thank you.
JBTechCon
What you posted made no sense....learn to grammer.
Wil Hobbs grammar*
Reminds me of those cartoons where they make one toothpick out of one whole tree XD
Tabaluga
A common element but hard as heck to process into it's metal form.
Very glad this video was created. I am doing a research paper on titanium for my metallurgy class, and this video really helps me visualize the refining process. The Armstrong method video was also helpful! Thanks ORNL!
so informative and accurate illustration for production Ti, much better than other Ti production video on youtube, and details process are so well present, great video ,thank you.
thank you for the excellent illustration.
great explanation about TI manufacturing and it's helpful .
Titanium dioxide Y U NO give up your oxygen more easily?
hey, you. yes, you. Are you actually here, to learn, or were you supposed to be asleep like, three hours ago?
self care, friend. self care.
I like the parts where it floats thru the air..
now i know wy titanium is so expensive
China Titanium Valley, Baoji，Because you did not find the real origin
This explain why this metal is expensive even when it is abundant on the earth crust.
were you studying material engineering lecture while watching this video?
Elon wasnt kidding when he said Titanium is extremely difficult to prepare.
That's even not shown here! Titanium is hard as fuck to cut, drill, machine and weld.
And tempermental too. The FFC/Cambridge process threatens to make this process obsolete.
This explains why aerospace grade titanium costs more than sterling silver.
And in the aircraft business, they talk about buy-to-fly ratios of ten to one for titanium, meaning that you might machine away 90% of your stock to make a finished part
All that energy required....
summary: put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top, put it in a furnace, smooth and flatten it ,roll it up to a cylinder, cut away the top,
Excellent video for beginners.
perfect explanation
So this why my hammer cost over a hundred dollars. Worth it.
Thanks bhaimyaji
Love it.
No wonder they say that this is an expensive process....geezus!
youd think they would have found a more efficient method to process it by now considering how much we use it and how much we plan to use it in the future
Cambridge Process is simpler I guess, this is so complicated and likely to pose nano-cracks. Agree?
Seems like we need a much better process for this, kinda ridiculous how much waste is produced and the insane energy requirements.
Look up FFC Cambridge Process ;)
great video!!
Would there be a benefit if it would be a vacuum?
Yes. You would have a $100,000 aerospace grade titanium vacuum and you would feel like a Top Gun pilot while doing the vacuuming with your Dyson Silver Bullet™ while making the wife (and home) happy.
That's a lot of processes
thats exactly what imsayin bro so many frikin processes
mui bien explicado el proceso, me gusta mucho, espero que me sirva para explicarlo bien...
Great thank you a lot
ffc cambridge process Is a WAAAAAY better method
Well that escalated quickly!
Elon Musk sent us
This is why this brilliant metal is 20x the price of mild steel. The amount of energy used is horrific. Much in the world will change when Ti is 3-5x the price of Fe.
Next video, why the Cambridge FFC process is still not commercialised.
W.O.W.
no sound...
3D graphs make no sound...
Whoa
/watch?v=73HLzYuIfx0 a less wastefull option ...
I hate chemistry so much. I dont want my Phd anymore.
less eficient
Да, рася Турция Китая грузя савместна вместе саудовски Аравии будит абиспечит все миравои рынок планета земля.
This process seems inefficient as fuck
This has to be hands down the most wasteful, inefficient, and ridiculous manufacturing process I've ever seen. How has this archaic process not been replaced yet?
very complicate tech and costly to make one kg Titanium , it is the same uranium enrichment process
Jesus fuck thats a lot of time and waste material!
So wasteful and bad for the ecosystem