Jeff dont be sad when you hear no-one laughing at your jokes. We are! Im sharing parts on your videos with my friends that don't even know physics, and they love you too
do we assume the volume of the object to be constant? if so, and im given first dimensions and one of the final dimensions it will be enough to find the poisson ratio
Really great videos. Which book do you use for course literature in your solid classes? Studying mechanical engineer in Sweden, but I find the book to be too heavy reading for my simple english haha
I am not totally sure, but I believe that he is using "Mechanics Of Materials" by R. C. Hibbeler. He does use Hibbeler's books for Statics and Dynamics, so he probably uses that author's books for this course as well.
I was your student 8 years ago and am watching this video as a refresher for a current project....ha! Thanks for the videos Jeff!
What was the project
How did it go
Haha I assume you must have forgotten to trim the intro 🤣
Thanks so much for your help. Love your videos!
i mean, its in the title tho. what do you expect?
Me when I get a strain problem now: 9:13
I love Jeffs videos. For some reason I always always expect to see the outline of a pistol strapped to his belt when his shirt moves.
I wish I had a greater lecturer like you to teach me during my study at the university.
u might not be a vaccine but u sure save lives with these videos
Jeff dont be sad when you hear no-one laughing at your jokes. We are!
Im sharing parts on your videos with my friends that don't even know physics, and they love you too
That shirt though, Professor! 😍👍
Another great lesson. Thank you :)
6:12 that voice got me 😂 Thank u for making it fun professor 🙏
11:18
9:13 im crying looool
thank you for the videos ! you can use % to define strain instead of mm/mm. I think it's more intuitive.
Love your teaching style SIR
Thanks, from Somaliland.
🤣🤣🤣
I thank thee for thy scrumptious knowledge
I always laugh w you! remind me of my dad who's a CE!
You're so AMAZING Sir :D
Thanks a lot
Wonderful Lectures ! Thanks.
do we assume the volume of the object to be constant? if so, and im given first dimensions and one of the final dimensions it will be enough to find the poisson ratio
Another great lesson.
12:00 i dont know why but i lauged out loud thank you for a little reflesher :D
I hope you were my teacher in the university
sir Hanson you are great
superb explanation
Really great videos. Which book do you use for course literature in your solid classes?
Studying mechanical engineer in Sweden, but I find the book to be too heavy reading for my simple english haha
cool shirt Mr. Hanson
i love the jokes in there. Keep it up dr. hanson!
he becomes funny especially when he gives up. 11:57
shouldn't the length CB also be elongated?
"depending which flavor of steel you are talking about"
ahh yes, a992 flavor is my fave, whats yours
Astonishing!
U rock! Excellent!
thank you Dr
Thanks professor jaff
Would you happen to have a solids equation sheet?
This is great!
90 degree joke got me cacklin
Sir you worked in film mummy return.
Thanks for deep explaining/I like you shirt PHD
11:52 since where using degree Celsius i think ill be dead.
this rubber band looks like, huh, 7" , ok Jeff (daddy)
What textbook is being used?
I am not totally sure, but I believe that he is using "Mechanics Of Materials" by R. C. Hibbeler.
He does use Hibbeler's books for Statics and Dynamics, so he probably uses that author's books for this course as well.
🙏 Namaste from India.
I’m gonna call it circle-e now
like that shirt
Never apologize to the French. They know what they did.
what did we do buddy
anybody else having issues with volume? I am completely maxed on youtube and my laptop, its still very hard to hear.
yes me too, now have to use earphones although i don't like using them
Works fine for me