Modeling Viscoelastic Behavior

Explains concepts of models of viscoelastic behavior, creep, stress relaxation.

[@vivianramirez8855]

you have a mistake in the maxwell Equations, in the dashpot part, de/dt=Stress/Viscosity and you wrote de/dt=Viscosity/stress.

[@soumen8125]

Good explanation. At 6:40 for the Maxwell equations, de/dt= stress/viscosity, not viscosity over stress

[@PopeTomThe2nd]

@ 6:40 how does the dashpot equation rearrange for eta/phi, surely its the inverse of that

[@champilas]

Great! i'm working on the vocal folds as a viscoelastic material.

[@amansartaz5864]

Phenomenal

[@bitbeak]

Excellent intro! Thanks

[@nabekary]

very nice introduction. thanks

[@HazimEng]

hi
can you help me in how to fit strain data obtained from creep test by using prony series

[@ravikiran2087]

u are too clear...wooooohhoooooooo

[@jrm9169]

at 8:40, the first term of total stress should be E x Eta sub s, no?

[@aquatickiwicow]

you have the voigt and maxwell models mixed up in terms of what is constant and what changes (en.wikipedia.org/wiki/Kelvin%E2%80%93Voigt_material) and (

[@ilovetti]

please can i find hear any one can solve kelvin eq

[@shashanksisodia5092]

This was very sensible.
Yeahhh Yeah!

[@edburtler]

Have you stopped uploading videos?

[@gwenryanmillett]

you've got a pretty voice

[@malithsandaruwan3754]

Many mistakes

[@mrinmoydeka3080]

Very bad explaination