Marin Factors for ENDURANCE LIMITS in Just Over 10 Minutes!

[@vardhanshah5283]

you're the best YT channel in the world. Thanks for existing and making my life simpler

[@eduardoduranatx]

hey man! I am an engineering student and these lessons are amazing. I was wondering if you keep the notes you use to make these videos??

[@noornedal4574]

Amazing .. explained so well, thank u !!

[@krishna_chaitu]

Very precise and amazing video. Thank you!!

[@MohammadRezaZare-f1k]

Very nice and helpful

[@mitikumelkamsew1470]

In the example you worked, since we applied axial loading doesn't make the size factor kb = 1?

[@Jon-xu7jl]

yeah i thought that aswell

[@edberthaanpin8667]

i think in the question above it still using the Kb because the object is a nonrotating object, besides it also has rectangular shape

[@CingözRecai06]

Does anyone know the answer thats I've been looking for

[@engineer512]

@@CingözRecai06ulan cingöz hep bir adım öndesin nasıl yakalacağız seni

[@marufmuhaimin8934]

if the load are combination of axial , torsion and bending moment, which value do I have to choose for Kc? I got confused when calculating the endurance limit with combination of those 3 loads. And in the 4:45, you mention the link of the video that explain about it. Which link did you mean? because you put a lot of links in your descriptions

[@christopherbanzon5047]

Hi! What textbook are you referring to? I'm thinking of renting it for my mechanics class this semester. Thank you for your amazing work!

[@stalinglad]

Probably shigley's mechanical engineering design, as the section 6-9 refers to the marin factors

[@christopherbanzon5047]

@@stalinglad Oh alright! saw it, thanks bro :D

[@DARE5621]

So Srt = Sut? for kd?

[@kadirdoganoymak3900]

I don't understand. Is size effect kb exist in axial loading?

[@netupatic2779]

no size effect for an axial load, so k_b=1

[@kadirdoganoymak3900]

@@netupatic2779 thanks