Storage modulus (G’) and loss modulus (G”) for beginners

[@SavageViking]

know all about the math but never got an intuitive sense of it before watching this. Thanks.

[@neilcunningham8219]

Thanks Kristoffer.

[@shahidlodhi5000]

Quite impressive how you make it so easy to understand. Good job sir.

[@ericchiang1625]

Very informative and easy to understand, great job.

[@neilcunningham8219]

Thanks Eric, much appreciated!

[@raymondfranklin6478]

This was phenomenal. I will definitely be subscribing! Thank you so much for your explanation!

[@neilcunningham8219]

Thanks Raymond.

[@GLee-ik2sm]

your explanation was so easy to understand!

[@naomialbiez8702]

You saved my day with your explanation, thank you so much!

[@CrzzlDobbo]

you make this so easy to understand Great job

[@lolitalisethcuevazepeda5034]

Great explanation! It helped understand in a simpler manner loss and storage modulus! Thank you!

[@ASelecman]

Excellent analogy! Thank you! Still working on understanding Tan delta.

[@mirsyad19]

Thank you for your explanations. It give me the way ❤

[@needtonone8055]

Thank you i was study this for my college project right now help me get the concept better ❤

[@knerdlik2995]

Thanks for your explaination! It really helped for a quick grasp.

[@irisfan5386]

BEST explanation ever!

[@RheologyLab]

Thanks Iris, much appreciated!

[@LuchoFT]

Thanks for the video! It is fantastic explanation, easy to follow up your expalnation and the selected example is easy to remember

[@neilcunningham8219]

Thanks Luis, much appreciated.

[@edigaharshavardhangoud1515]

Nice explanation

[@RheologyLab]

Thanks Ediga! We're glad you liked it 👍

[@asishrameshun]

Amazing analogy!!

[@zhivkoivanov3666]

Thank you for the great video!

[@neilcunningham8219]

Thanks Zhivko, glad you liked it.

[@Sofia4265]

thanks for the explanation!!!! it was awesome, easy and simple :D

[@RheologyLab]

Thanks Sofi.

[@MVMMOTIVATIONALVISIONMISSION]

Which model of Brookfield rheometer can I use RSO or RSX ?

[@AnnBailey-mo2ej]

This was extremely helpful! Thank you!

[@MoritzSchorn]

Really good explanation!!!

[@CirculaTech]

Great video!

[@leo6152]

Thanks!!! i was working with carbohydrates and i suffered.

[@RheologyLab]

Thanks Katia!

Lovely explanation :)

[@latunjilaiwola2432]

Thank you. Please I need help in measuring the storage modulus of my gel solution. Unfortunately I can not do that with my OFITE viscometer 800. Can you suggest which equipment I can use to perform this experiment? Thanking you in advance!

[@JM-dd6kl]

That was an awesome explanation. can you explain if the concept of storage and loss modulus is significant during mixing of rubber or in post mixing process?

[@RheologyLab]

Thanks for the comliment JM. Not sure I can help with your rubber issue though.

[@shahryarhabibi7187]

Very helpful! Thanks!

[@camilogomez775]

oh thanks you were very helpful. thank you so much

[@MuhammadFahadAli-yz8wg]

Amaaaaaaaaaaaaazing! Thank you!

[@m43_felix]

Thank you for the explanation !!

[@AsadUllah-fv1ir]

Sir which maths is used in rehology and it's methametical modulus

[@waqassaleem4925]

You are awesome!

[@banditdeville]

Please talk a little more about frequency sweep method. Thank you.

[@TheSolar71]

thanks man...

[@Barbara01Silva]

Awesome! Thank you!

[@masoudhasany6284]

Great! just subscribed!

[@ShenLong33]

THANK YOU!

[@junaidrehmani9829]

Legend!

[@joepke423]

Hero!

[@RheologyLab]

Thanks!

[@rodrigorfa811]

Is it possible a negative storage modulus?

[@AsadUllah-fv1ir]

What that mean

[@RockBison-qb3of]

I get nothing 🤧

[@noirsyad4617]

love u

[@mhguevel2038]

Thanks a lot !