Stress CONCENTRATION Factors and Factor of Safety in 11 Minutes!

[@snurferdude]

This channel is gold! I wish these videos existed when I was in uni

[@Hydrofloyd11]

I've learned this in various courses throughout school and this was the best explanation I've heard. thank you. Great refresher

[@Shiningstar1371]

Hello, please help me to calculate stress concentration factor

[@Shiningstar1371]

Due to axial loading.. axial compression

[@mogindhlovu9266]

You just got certified in my books

[@RJ-xe2dw]

Excellent delivery for Uni course work

[@tedle2948]

Great Lectures sir, keep it up

[@thecampingman6824]

Love the video's they have been immensley helpful! What software/ application do you use for your graphics in these video's? Thanks in advanace! 😃

[@mikih5091]

Sir do we have SCF graph for biaxial tension load for any type of opening like circular

[@suspiciouskryptonian6654]

This is super helpful. Thank you:)

[@harishuppar5375]

From which book u got the stress concentration factor charts??

[@charismacation]

Looks very similar to applied strength of materials by robert mott.

[@JeremyChung]

this was amazing thank you!

[@ducaalea1918]

Great explanation!

[@learnwithcartoon.]

really! these lectures are less boring as compared to class room..

[@roshanroshan2668]

Thank you so much

[@brianlew7365]

Clear and stright foward easy to understand🫡

[@yolandasezela5905]

very informative!

[@seanmcc15]

@3:50: I am struggling to understand why K appears to decrease as 2r/D increases?
If I have a 6cm wide plate and drill a 2cm hole in the middle then my ratio is 2*1/6 = 0.33 & K= ~2.35
If I then drill a 3m hole instead, the ratio is 2*1.5/6 = 0.5 & K = ~2.15
Why would the stress concentration factor be lower when i have effectively reduced the area of the plate??
What am I missing here

[@Shiningstar1371]

Hello will you please help me to calculate stress concentration factor for axial compression of pipe or cylinder

[@Shiningstar1371]

I'm unable to find formula related to compression.. there are formulas only for axial tension, bending, and torsion please help me what to do for comprehensive load

[@Shiningstar1371]

Stress concentration factor do not depend on form of loading??? You define just axial loading.
Is Stress concentration factor same for axial tension and axial compression????

[@Shiningstar1371]

Can we calculate stress concentration factor for axial compression using formula for stress concentration formula for axial tension??????

[@matthewdavismaterum6289]

Book reference?

[@LessBoringLectures]

These tables can be found in Beer's Mechanics of Materials.

[@jaytv1256]

10:52, K is not 1.95

[@LessBoringLectures]

Thanks for catching that. The final answer did use the correct k = 1.92, and is correct tho.

[@Shiningstar1371]

Hello