That is a FAN, not a WINDMILL... UMD, my ass.

How the fuck is there only 7 comments

OMG THIS IS SO AWESOMEEEEEEE

🤷‍♂️

I love the energy of you guys

What is the austenite phase form transformation of your wire

What is the specs of the wire

lolllll the voiceover

maybe we could use these alloys in belts and the heat from friction and other waste heats could lessen drag and improve efficiency in things like engines.

Glad other people saw that too. He's literally speaking English and the voice over was just a racist was of saying let me translate this to white.

Yeah what’s up with the voice over? I find it extremely rude. Let people have a change to be heard.

sad ball made up of plastic sulphur

Great

The disrispect when they dubbed over the researchers... Sub-titles would have been just fine.

Odd choice to dub English with English... only to have a narrator who also has a non-American accent? The Chinese speakers speak English just fine btw

Hello University of Maryland 👍

Hello is anyone still watching these vids? I came quite late

Is anyone still alive I came here quite late?

Wow 12 years of constant uploading 😀

Cool demonstration but the prof looks kinda sad too

Happy ball, sad ball, sadder professor

ooh how does it work?

I have been looking at trying to make a composite bamboo material but Im running into the usual issues. These are my criteria: 1) 70% Bamboo (pref fiber) 2) Natural adhesives and/or resin 3) Non toxic My issues: 1) It would seem that no matter what way you go about it, its extremely labor intensive to produce ... even more so to produce in bulk 2) Requires custom built machinery and huge work spaces 3) The matting process seems (at least from my novice perspective) to be next to impossible to achieve ... if you have any pointers that would be helpful. If you prefer not to add this on comments you welcome to email me on [email protected]

Muse ... nice

El horario en verano mada higual de corazón en guia en@chat de corazón

El chat extra despacitos ordenados el historial ordenados en filas en youtube de corazón

Para poner la cpamna para que tenga un tiempo para poner de corazón

Poner comentarios ordenados en filas de corazón los vídeos extras despacitos de corazón

Wir haben damals in der Grundschule schon mit Bimetall und Memory Metall experimentiert im Physik Untericht ! Ich war damals schon fasziniert

www

Thank to all for letting me collect the knowledge.

guys I need some help in doing a project.... could you please help me?

gg

where i can find CY-230 ?

Some type of chain when i poo out my bottom

hi

check Kellogg's Research Labs online. Just about the cheapest way to buy a small amount of Nitinol.

why not in the toillet?

pour***

> Where can i buy this stuff? Gosh, the name of the outlet is on the tip of my tongue ... Quick, someone blow me with a hairdryer!

Where can i buy this stuff?

I believe metallic glasses are a massive step. Their traits induce a wide band of possibilities and applications. Research regarding such materials has unlocked great knowledge and exploration should be further encouraged by the scientific community.

@oshi101 Professor Rabin replies, "Yes, thermoelectric devices can be used to cool a cpu. I think there are some youtube videos showing how to do-it-yourself."

Can this be made to cool a cpu?

@paparockman You'd be shocked at what was created 50-100 years ago. People have been taught growing up to feel that "now" is a wonderful state of superiority, no matter how much we think it sucks. It's kind of a coping mechanism. The reality is that people create stunning things all the time, but whoever is around then either can't find a use for it, can't find someone who will or can make a lot of it, or its just something people don't notice.

What would be a comparison between an amorphous metal and Nitinol 60? I'm attempting to understand the mechanical properties of dissipating energy of a non-crystalline metal vs a highly elastic cubic crystalline metal

AWESOME

@4jeremy9 MSE Professor and Chair Robert M. Briber replies: "If the molecular weight (i.e. length of the chain) is too low then it will not 'pull' itself out of the can continuously. There would be no effect from atmospheric conditions on this process. In general the effect of atmospheric conditions would be negligible compared to force of gravity pulling the chain out of the can."

@materialsatumd is it possible that the molecular weight could not be heavy enough to "pull" the rest of the material from out of the container due to some atmospheric conditions under chaotic behavior/strange attractors?

@4jeremy9 Hello from the University of Maryland and thanks for your interest in our video. Could you please rephrase or elaborate on your question? We did not quite understand what you were asking. Also, are you referring to the properties of polymers in general, or to the model used in the demo? Please let us know and we'll do our best to reply.