Combined Loading Example 1 (Part 1/2) - Mechanics of Materials

[@bergottersa9436]

Can i just say.....YOU ROCK!!!Im busy with Civil engineering at the University of Pretoria (SA) and everytime my friend and I have no idea what our lecturer said we both just say "StructURE FREEEEE LEEEEEEEEEEEEAAAAAARNING"

[@structurefree]

+eckard degoede Ha, Ha! Ahhhh--yeahhhh! "X gon' give it to ya!"

[@ephraimmoye4772]

From University Of Johannesburg South Africa... Thanks a million times... Was really confused in class but this...

[@cdewes1]

so much better of an explanation than most of the professors out there explaining this stuff - i'm trying to grasp combined loads for the P.E. and I think this is one of the first times it made sense to me so thanks!

[@llamaguy5]

such a boss! Aced my solid mechanics exam because of you! Keep doing what you do!

[@ShrektD]

Dude you fucking saved my sorry ass. In my final year of engineering and my uni don't explain shit. THANK YOU

[@mertyigit4093]

Hey, maaan! I was just thinking that why all the professors confuse students minds but most of the youtubers explain this topics better than they do. How can it be possiblee ? whateverr! BAAMM! STRUCTREFFFFFRREH lööninnggg! You da best!

[@laurahernandez6595]

THANK YOU!!!!!!! Learned more from this video than the lecture notes :/

[@ItrimUrArmor]

These videos are great, and they've helped me pass my CE 204 class. I do have a slightly unrelated question though Do you think you could upload your work sheets in the discription of the video? I try to follow along, but sometimes you pull back values or equations from previous pages and I have to backtrack in the video to find what you're talking about. It would be easier to work alongside the PDF. Idk if others get this too, its just a helpful thought:)

[@entréeaj]

Thank you for making this subject way more understandable. I'd say "I wish you were my professor," but at this point you practically are :'(

[@structurefree]

Awwww djyeaaaah, Professor Structurefree!

[@andyfma123]

Okay man, if I get an A on my final, you are getting a donation of 21$. You have my word.

[@mahutin2]

Did you get an A on your final?

[@narang__2309]

Mahutin Ligan haha. +1

[@mahutin2]

RADHIKA NARANG Uh...not sure if that's happy laughter or nervous laughter lol

[@SandipHodkhasa]

Lol I like how you specifically donates . 21.

[@AdaamTube]

mind of an engineer

[@CODERED597221]

At 8:20, you decide to take the first moment wrt the bottom area. My question is how would you find Q with the upper area?

[@aliannab1467]

Thanks your lesson is very helpful

[@JohnoBucko]

Really, really good videos.

[@fratozerden3024]

Amazing video.. in the end; when computing the direction of the stress by moment, did he take the direction of moment wrong,isnt it down to up ? Shouldn't the stress be tension because of the direction of moment?

[@stevecooke4974]

What about if you placed A on the other side? (At 1:15, A is on the right side of the rectangular beam). Im doing similar problem with a circular cross section and shear stress opposite sign on each side, not sure why

[@milkcreightronny]

You said internal shear is positive upward on the right. I realize it's arbitrary but according to your FBD I think you meant positive upward on the left?!

[@franciscoaguero9028]

Should it be -2knm for the internal torque at A, and the normal strees be positive (tension)

[@irfaankathrada499]

Does V always have to be stated as pointing UP on the negative side of the cut face. I was taught V points down, which would make -V - 2 = 0. So V = -2 (downwards)

[@duaatm7250]

hi... it really great video ... i have a question what if the cross section was ( I ) shape ?

[@structurefree]

Thanks. It would change all the area properties.

[@Titan.Uranus]

Finally...Structurefree has come back to KZbin...In front of the millions and millions. So if u can sammelllalalalalalala, what structurefree is cooking! [Interview Scenario] Structure: So, what did ur candy-ass learn today? Me: Well..ummm, I kinda.... Structure: It doesn't matter what u learnt!!

[@structurefree]

I can't believe it took me 5 years to see this comment. Soooo funny!!! I'm starting my classes like this from now on.

[@sannishacastillo156]

Should the cross sectional area be equal to 500 mm * 150 mm (.5 meters = 500 mm) ?

[@structurefree]

Sannisha Castillo i had it set up as 50 mm * 150 mm. (50 mm = 0.05 m).

[@broses]

Good video!

[@sajasaja9236]

Man god bless you

[@lillianzhou3762]

Hi, how to determine the sign of convention of torsion

[@elizabethsamura5590]

how do you calculate the stress on the y? I mean sigma yy

[@JasonMiller-cu9rr]

why did you not calculate the moment of inertia at point A?

[@JasonMiller-cu9rr]

when finding the transverse shear stress

[@tuanohuu3996]

Thanks. But why did you use M = +2kN.m instead M = -2kN.m

[@lazarx804]

The sign is there to denote the direction. You could ignore the sign in the calculations as long as you address the direction in the graph or in the final result.

[@notSavant]

Why dont we have to calculate the reactions?

[@PL3690]

Lmfao at the beginning

[@arieladael3733]

Where are the subtitles?

[@structurefree]

ARIEL ADAEL not sure. I thought youtube auto generated them? Hmmmmm.

[@raminmollik498]

i always say with him "stricture free L E A R N I N G"..:

[@fera5165]

You got me at hello.

[@notSavant]

You should add videos explaining the thought process instead of just examples...

[@nickpersaud238]

Yeah now it's correct Man U had V equals 4 last time

[@BaselNajdawi]

this 12 minute video taught me the same amount of 10 useless 1 hour long lectures.

[@fadoobaba]

SolidWorks tutorial for the same problem, here kzbin.info/www/bejne/d6O3g32edp6XgJI

[@sameersalihy7546]

fadoob

[@kaanyldrm7804]

moment is calculated false, true is 2*1+4*0.45=3.8knm

[@lazarx804]

No he assumed the 4KN force was going right through the the centre so it's 2K *1 + 4K * 0= 2K N.m