Viscoelasticity - Brain Waves.avi

Viscoelastic materials respond differently depending on how fast they are deformed. Here is an introduction that includes some simple examples. There are many materials that behave viscoelastically, like wood and plastics. Metals can behave viscoelastically at high temperatures.

[@rondelking6596]

I am researching the viscoelastic behavior of human muscle, and let me just say that this video is pure gold. Thank you.

[@Tom-sp3gy]

This is such a gold quality video explanation! You are amazing Professor! Thx a lot!

[@steinfliege9912]

9 years later you are helping me. thanks man

[@segoviapatricio]

that was the best explanation about visco-stuff. Finally I undertood it !! excellent video

[@andremomsen8287]

Thanks a lot from Germany!

[@tvhai108]

and you are the best professor i've ever known. Thank you for posting such videos

[@psychonaut768]

Fantastic video, needed this for my injuries and muscle movement class, struggled to get the concept of viscoelasticity. Video helped alot, thanks!

[@DeucegoSanchez]

Thanks man for the clear explanation. All the way from New Zealand :)

[@ThePiones]

You're the man, great explanation.

[@sl2233]

This helped me a lot for my dental materials class! Thanks a ton!

[@sanii.kamara2257]

Great video, many thanks.

[@TheNaekid]

Good explanation thanks. Only improvement I can suggest is to raise the master volume before you export to youtube - my volume is all the way up, and I am still having some trouble hearing.

[@flaviorodriguez]

Excellent video, thanks for that!

[@jakeportolese4031]

Thank you for this!

[@purdueMET]

@hurshasnarayan Thanks Hursha! It was a good gig there, but I just love being a professor.

[@kimslayer6177]

thank you so much for the video!

[@AKILHUSSAINMALEK]

great Explanation.

[@hurshasnarayan]

We miss you at Bosch.
Hursha

[@ZGwoo888]

Great video thanks

[@davidbar4674]

fabulous! thanx

[@burakbayram7991]

Thank you very much

[@lubnaqanber9166]

WOW !!!! thank you so much

[@noorhanalkhatib4341]

thank you so much

[@michaelchinonso9442]

Can a viscoelastic material go back to its initial shape after the apply force is removed

[@noamorwell]

purdueMET isn't the silly-putty an example of viscoplasticity? Because the strain doesn't go away even after you remove the load, right?

[@mahmoudelgeziry5160]

Awesome explanation as usual, simple and to the point. However there is something I am unsure of, when you apply a stress to a viscoelastic material, shouldn't the material have an instantaneous elastic response which is then followed by creep? I am now a bit confused! T
Thanks!

[@jimheafner]

Hi, I have an engineering and human movement question. I’m a physical therapist and I’d love to ask you a few questions about certain engineering principles in regards to the human anatomy. If possible and intrigued, please message me! Thank you

[@fracturediy]

Excellent video.
At 7.05 you said "apply a strain " . How do you apply a strain. Do you mean apply a force/ stress and strain is a result. Was is it a mistake or iam understanding it wrong. Please explain. I appreciate your efforts. Thanks

[@king0vdarkness]

9:10 is this called hysteresis?

[@zezhouchen4893]

Nice video. I have question that does viscoelastic mean non-Newtonian? For example, is viscoelastic fluid same to non-Newtonian fluid?

[@walterdudman123]

Heard this word in The Flash and came to see if they used it correctly 😂

[@sinakolbadi6418]

examples were more confusing than helping

[@saifaddeenal-manaseer6325]

Because he was using a viscoplastic example unfortunately.