Viscous _ Elastic Behavior of Polymers~1.wmv

[@luisfcayo]

Excellent explanation, I couldn't get it through my head now I do.

[@ashutoshkshatriya6367]

The best explanation so far...

[@kylealexander1514]

only video to clearly explain this, thank you

[@boost4O]

unreal video! thank you!

[@blessmumdad]

thank you for providing the excellent video. is there any video in a series.

[@RbladerOS]

Thank you. Excellent video indeed.

[@munawarhussain7878]

Excellent explanation, wow!

[@innocenttendomugaanire8278]

how beautiful!

[@richagoyal2522]

thank you very much. Very basic concepts to understand kelvin voigt model

[@hagar5539]

Thanks a lot

[@Eslam_Abo-amer]

Extremely obvious explanation.. thanks a lot ❤

[@damndaniel3]

amazing, thank you

[@ggonsg]

Thank you!!!

[@bbb-th1vu]

Thank you

[@nikhilkumar-lr3nz]

Thank you😍😊😊

[@hafizahnazri2124]

Thanks for the video!

[@janeyao]

wow, amazing explanation!

[@cindycho2933]

Thanks!! Great explanation

[@martalopesss]

Thanks!! :)

[@vivekkumar-py6kp]

Best video ever

[@ahmedshareef2859]

answered all my quentions thanks

[@iwantpizza5021]

Is there a same type of explanation for the Neo-Hookean hyperelastic model?

[@viniciusps01]

Beautifull explanation.

[@MrAnythingthatworks]

excellent video

[@mayurtakate5138]

Very well explained

[@bellamain]

This works to explain Creep in biomechanics

[@Rodriguito123456]

The last one is the Burger's rheology model. Thank you very much

[@noamorwell]

What do you mean by "the last one"? There is just the one model discussed in this video, right?

[@mortezakhoshbin]

great thanks alot

[@hamano1007]

Easy to understand

[@pruthveshmandle4978]

Only after seeing this video I could understand the meaning behind the profiles of deformation. Please can you send me the source of this videos?

[@terryxie007]

cool

[@jaredbeaufait5954]

here from Dr. P :)

[@ahmetmunirozdemir200]

nice explanation..

[@Polymershik]

May I ask - is dashpot filled by viscous liquid or just moves slowly due to friction upon contact with walls?

[@mohammedsabor2208]

Supposed to be filled up with non Newtonian liquid with known viscosity at rest

[@mariamunoz8514]

A dashpot is full of a purely viscous fluid

[@alexandrasandor32]

BME-sek pacsi ✌️💪

[@innocenttendomugaanire8278]

hahahahaha, thank so so so much

[@romaincorbeau6042]

Why would we call it "viscoelastic" deformation if there is a permanent deformation at the end? It should be named plastic.. and i think it is "viscoplastic" deformation instead of viscous_elastic, but i might be wrong

[@OGCOPPERHEAD]

Kai re

[@avsararas]

Now you call this a car suspension.