Mechanics of Materials: Lesson 10 - .2% Offset Rule Explained, Yield Point

[@ShAlAmAnAyA3]

Read this in the book and it wasn't so clear. Now it does. Thank you,Dr.Hanson!

[@Oramosengr]

LOVE THIS EXPLANATION!!!! Thank you! And love Phil 4:13 AMEN!

[@adammosmari4912]

You dropped this 👑👏

[@vivekjkumar5797]

i can tell that you try to do in depth in a subject to explain to students. keep it up

[@aisyah9990]

What a great explanation. Thank you, sir!

[@lockdownentertainer1749]

Read in DeGarmo but couldn't understand....thanks to you sir.. keep making nice videos😊😊🙏🙏

[@MrPJBarney]

Thank you. I appreciate your explanation. God bless.

[@Prime_2024]

Thank you ❤ Its always you that helps me with these hard subjects

[@manuboker1]

Wonderful Lectures ! Thanks.

[@zzzluvsk]

Thanks! Wish me luck on my material science midterm... heading in now

[@Ahmed-Afkir]

Thank you sir for explaining this

[@Freakybananayo]

Perfect video thanks Prof

[@HA-nv1hz]

that's sooo helpful thanks proff

[@alideep9656]

It helped so much thank you

[@ayushkanyal3163]

Thanks! ..clears a lot

[@durragas4671]

Great explanation!

[@tau003]

great work keep it up bud

[@DuttonWebb]

.2% of what? .2% the length of the sample? or just always .002

[@guymiura2973]

Just always 0.002 since strain is dimensionless

[@زْينبعلي-ض2ف9ق]

0.002 form the elongation at break

[@sunshine00575]

This was the best explanation ever❤

[@Thomas-ul7rs]

great job!

[@b125-r6r]

thanks, helped alot

[@gagefriess5880]

Jeff you're the goat

[@alexfontaine6233]

thanks you're a legend!

[@TankiCubed]

He changed the name from solids!! Nice call

[@ian-hm6cx]

wish this dude was my professor

[@abdallababikir9154]

THANK YOU JEFF

[@grahamjonah8788]

Thank you very much sir

[@firebolltt]

adamsın jeff hanson

[@skatanafas5784]

can anyone tell me the difference between Rp0.2 and Rt0.5 or link me somthing?

[@KY-qx9ip]

Thank you sir

[@pradgadagkar8557]

Explain what is .20% first. It is 0.002 of what?

[@Gabe-zt5ho]

In a tensile test, the region tested is 1 in. .2% of that 1 inch section is elongation of .002

[@pradgadagkar8557]

@@Gabe-zt5ho thank you Sir

[@SWAGSKATINGVIDS]

Kinda crazy how this rule came about. I think if you take the offset rule at face value then it just looks like someone arbitrarily picked .002 and said use E to find the yield point.

[@slim590]

what about for polymer?

[@natapatpetnoy4421]

Thx

[@12.នួនម៉េងហាយ]

I LIKE VIDEO TEACHER

[@1mol831]

The tutor refuses to explain it and just makes us do it. Ended up here now.

[@ibrhimalamare7000]

امنور دكتور بلجودة بيك اصلي ياصقر

[@TempRadx]

i love this man
no homo

[@YaseerAlshaibani]

google says aluminum is ductile

[@gunsupreview2720]

@@YaseerAlshaibani true but I’d call it “barely ductile…”

[@anuragandanujclimbing7219]

Really weird stuff man

[@DrChaos-wr2my]

Definitely not 10000, maximum 500

[@BennyBetsDFS]

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