Bending Stress Examples

[@warzoner6851]

you really saved me, I have a final exam tomorrow and I really didn't know what to do to solve problems of that type. thanks a lot.

[@beamboy14526]

omfg i finally got it. really clears it up when you get rid of all the calculations and just explain how to do it.

[@DerekPetersonLives]

Finally some explanation! I picked up more in this video than I did in an entire 1.5 hour lecture

[@jadonclifton]

best example i've seen so far. I was really hung up on finding internal moments but it seems to make a lot of sense now. Thank you very much!

[@rubelislam5859]

This is the best learning video since i ever seen.hatts of sir

[@spurrya]

A simple, clear example. Thank you

[@priyankgajjar6252]

But some problems You see?

[@technicalstudyTEengineer]

Yes of course

[@JGCoolfella]

thx, finding many youtube videos explain better and more concise than my irl lectures (especially during covid)

[@shafiraanindita3087]

When should we use negative/positive in symmetric cross section? (+- M.c/I)

[@darkvanilla]

+Shafira Anindita + is the typical convention for positive bending (tensile) and - is the typical convention for negative bending (compression).

[@pandianshanthakumar4163]

Very good information and also clear explanations . Thanks a lot for sharing the knowledge.

[@mav340]

Where did the 300lb and 900lb came from? I am not into math really but in our given math problem it is the same in this illustration but different in values and there is no 300lb and 900lb. Can I ask how to get that?

[@BODYBUILDERS_AGAINST_FEMINISM]

Phenomenal video thank you for sharing

[@technicalstudyTEengineer]

Thanks for your teaching effort

[@smallman7538]

Would the minimum tensile and compressive stresses on the beam be where the moment is zero?

[@shivamsahil3660]

Simply awesome! thanks a lot!

[@mirueofblackdesertonline2504]

how you find the neutral axis value was it like this? NA= Summation of Y(A)/ summation of A ? and how to know whether the sign will be negative or positive? was it below and upper basis of the neutral axis, im not confuse just clarifying things tnx u,

[@vrenanonical9108]

why is the overhung part doesn't have unit weight?

[@ECUSW]

The distributed load was intended to be an applied load, not the weight of the beam itself. In this case, we are assuming that the beam's weight is negligible compared to the applied loads, and so is ignored.

[@NickyBoi21]

how do you calculate where the neutral axis is?

[@ECUSW]

This video shows calculation of the neutral axis location and moment if inertia: kzbin.info/www/bejne/jXXHnJd5Zth5h7M

[@laviolenscia1992]

how did you get c= 4in???

[@jadonclifton]

c=4 is distance from neutral axis to highest stress. see 0:25 for cross-section view.

[@peckgeeng6655]

How to find the M?

[@darkvanilla]

+Peckgee Ng M is the maximum moment determined by the maximum value of the moment diagram.

[@drewtaylor9659]

legend

[@ammarovenas]

omg who uses inches and ft, get civilized pls

[@jerrymacdonald135]

What does using imperial units have to do with being civilized? Who is more civilized, the person ranting about something they do not like for no other reason than their personal taste, or the person who spent the time to develop this video to help people out with some clarity?

[@ammarovenas]

@@jerrymacdonald135 the person ranting about something they do not like for no other reason than their personal taste

[@jerrymacdonald135]

@@ammarovenas The downfall of every great civilization started with people just like that. You can join the Trump club.

[@dr.piramanayagamprof3657]

@@jerrymacdonald135 well said Sir

[@Triple_J.1]

As an American, I'm patiently waiting for the rest of the world to use their superior number system to perform the quintessential American pastime: a leisurely stroll on the moon.

[@حسينمهدي-ك6ه]

اكو عراقي هنا